1、 The Innovating for Public Urban Technology Transformation(INPUT2)Competition Report APEC Policy Partnership on Science,Technology and Innovation April 2024 The Innovating for Public Urban Technology Transformation(INPUT2)Competition Report APEC Policy Partnership on Science,Technology and Innovatio

2、n April 2024 APEC Project:PPSTI 11 2022A Produced by Dun Xiaoyue Shanghai Pudong International Exhibition Co.,ltd.11/F,SK Building,No.149 Youcheng Road,Pudong New Area Shanghai 200126 For Asia-Pacific Economic Cooperation Secretariat 35 Heng Mui Keng Terrace Singapore 119616 Tel:(65)68919 600 Fax:(6

3、5)68919 690 Email:infoapec.org Website:www.apec.org 2024 APEC Secretariat APEC#224-PP-01.5 1 Executive Summary “Conceive is the soul of innovation;creativity is the source of innovation;talent is the basis of innovation.”Prof C.C.Chen INPUT2 Experts Panel Chair Today,we are witnessing an unprecedent

4、ed wave of innovation in the rise of science and technology in many fields,such as artificial intelligence,Internet of Things,new sources of energy,autonomous vehicles,virtual reality,space tourism,etc.Conceive is the soul of innovation,creativity is the source of innovation,and talent is the basis

5、of innovation.A successful innovation ecosystem cannot be separated from the concepts of freedom,openness,cooperation and inclusiveness,as well as fair market competition,intellectual property protection,and strong support from the network and big data.The APEC Innovating for Public Urban Technology

6、 Transformation Competition(INPUT2)aims to advance toward a more prosperous Asia-Pacific region by fostering innovation through technology.Within this reports pages,you will find briefings on outstanding solutions submitted to the competition,each earning critical acclaim and industry commendation f

7、or their notable contributions to the rapidly advancing domains of green economy,sustainable transport,and livable cities.From the launch of the competition on 1 April 2023 to the deadline on 30 September 2023,the organizing committee received a total of 108 initial applications,ultimately accepting

8、 a total of 108 full entries from economies including China;Hong Kong,China;Malaysia;Mexico;Peru and Thailand.This years competition resulted in the APEC PPSTI Prize for Science&Technology Innovation(APSTI),including 3 Gold Awards,3 Silver Awards,5 Best Practice Awards,5 Best Innovative Awards,1 Bes

9、t Inclusion Award,1 Start-up Award,12 Excellence Awards,and 10 Finalist Awards,totaling 40 awards.The INPUT2 Report aligns with APECs strategic priorities,serving as a channel for member economies to exchange knowledge and expertise.It concentrates on integrating new and innovative technologies and

10、methodologies in the realms of green economy,sustainable transport,and livable cities,aiming to progressively benefit the APEC region and the world in general.This report encapsulates cutting-edge innovations,breakthrough research,inspiring success stories,and insightful examples.Taken together,thes

11、e 2 winning applications have the potential to make a significant impact on promoting the development of sustainable and livable cities within APEC member economies.3 Executive Summary “A good city should be nature friendly and community-centric at its core.”Prof Kim Won-soo INPUT2 Experts Panel Vic

12、e Chair Throughout history,cities have been a primary place for human activities.They are repositories for capital and technology as well as for art and culture.And they grow into not just economic hubs,but also embodiments of human civilization.Rome and Beijing were the beating hearts of the world

13、during the agricultural age,just as London and New York were during the industrial age.Yet over time,industrial development has turned the cities into dangerous culprits that now threaten our survival as a species.The industrial revolution brought about an unprecedented explosion of cities,which are

14、 at the crux of the current crises.Cities are the chief emitters of greenhouse gases that cause global warming.Not only that,the growing inequality in urban areas is crushing the dreams of young people,while leaving aging populations vulnerable.Good cities can change all that.A good city should be n

15、ature-friendly and community-centric at its core.This means it must benefit humans as well as the planet we inhabit.In doing so,a city can be small and networked.Small can be beautiful.It also can be free of all the afflictions of a crowded megacity,yet capable of providing the intimate and nimble a

16、dvantages of a closely-knit community.A departure from the traditional megacity model,these small and networked cities offer a promising solution.They present a harmonious blend of human well-being and environmental stewardship.By being nature-friendly and community-centric at their core,these citie

17、s strive to balance the needs of inhabitants with the health of our planet.This approach not only mitigates the environmental impact but also ensures that the benefits of urban development are shared by all generations.I am very pleased to see that this competition is calling for solutions that will

18、 take us one step closer to small,beautiful,and connected cities.As outlined in a recent UN report on cities,the importance of advocating for diversity,economic resilience,governance,and sustainability in urban areas cannot be overstated.In essence,the competitions call for solutions aligns with a b

19、roader vision one that envisions cities not only as economic centers but as resilient,inclusive,and sustainable ecosystems.Through innovative approaches and 4 thoughtful design,we can forge a path toward cities that not only survive but thrive,fostering a better quality of life for all.5 Table of Co

20、ntents Executive Summary .1 Introduction .5 Background .9 Award Winner List .8 Contents.11 Gold Award .11 Silver Award .15 Start-up Award .18 Best Inclusion Award .19 Best Practice Award .20 Best Innovative Award .26 Excellence Award .33 Finalist Award .49 Conclusion .62 Award Winners Information .6

21、3 6 Introduction The APEC Innovating for Public Urban Technology Transformation Competition(INPUT2)aims to drive economic recovery in the post-pandemic era,attract innovations from various sectors,and provide a platform for market exploration and tech collaboration.It fosters Asia-Pacific collaborat

22、ion for sustainable development and technological innovation,gathering diverse solutions for urban sustainability.Established in 1989,the Asia-Pacific Economic Cooperation is an essential organization for the promotion of economic integration in the Asia-Pacific region.The APEC Policy Partnership on

23、 Science,Technology and Innovation aims to advance innovative scientific and technological cooperation and exchange.Its strategic aims encompass fostering the market adoption of innovations,boosting innovation prowess,encouraging collaborative innovation among members,shaping a market-oriented lands

24、cape favorable to innovation,driving economic expansion,facilitating trade and investment,and realizing social harmony and sustainable development.Officially endorsed by APEC PPSTI,the INPUT2 Competition is a project of the China Ministry of Science&Technology managed in collaboration between Shangh

25、ai Council for the Promotion of International Trade(CCPIT Shanghai)and Chinese Academy of Sciences Innovation Cooperation Center(Bangkok).It has been guided in the spirit of PPSTI to encourage scientific and technological innovation,focusing on the theme of Innovation for Public Urban Technology Tra

26、nsformation.It was initiated in April 2023 with the solid backing of 5 APEC member economies.The Projects Proposing Economy is the Peoples Republic of China,and its Co-Proposing Economies are Hong Kong,China;Papua New Guinea;Russia;and Thailand.The competition launching ceremony was held on 28 April

27、 2023 in conjunction with the 6th Digital China Summit,which was strongly supported by the Digital Summit Organizing Committee.Fuzhou is a representative city of Chinas digital economy in recent years,and as a representative city of China,Fuzhou has selected some excellent works to participate in th

28、is years INPUT2 competition,showcasing the development results of digital Fuzhou.7 INPUT2 Competition launching ceremony on 28 April 2024 Through official channels of APEC,as well as industry and academic networks,the competition has garnered interest and support from APEC member economies such as C

29、hile;China;Hong Kong,China;Malaysia;Mexico;Republic of Korea;Peru;the Philippines;Singapore;Thailand.Meanwhile,the competition invited a panel of 13 experts from 6 economies,comprising representatives from government,industry institutions,research institutions,and businesses.These experts cover dive

30、rse fields such as public transportation,economic research,innovative project investment,artificial intelligence,industrial internet,digital healthcare,robotics,integrated energy,material science,physics engineering,digital transformation,business model innovation,information systems,green architect

31、ure,and ecological cities.The expert panel,hailing from China;Hong Kong,China;Malaysia;Mexico;Peru,and Thailand reviewed 108 submissions from government departments,research institutions,industry associations,research universities,businesses,and non-profit organizations in the Asia-Pacific Economic

32、Cooperation(APEC)region.After initial screening,40 finalists entered the first round of evaluation.The final award list was determined through a voting process by the expert panel.APEC PPSTI Prize for Science&Technology Innovation(APSTI),including 3 Gold Awards,3 Silver Awards,5 Best Practice Awards

33、 and 5 Best Innovative Awards;1 Best Inclusion Award for the promotion of gender The INPUT2 Competition Launching Ceremony equality,inclusiveness and womens empowerment,as well as childrens groups;1 Start-up Award for encouraging sustainable development and business expansion capabilities of start-u

34、ps;12 Excellence Awards and 10 Finalist Awards,totaling 40 awards.8 All finalist teams and all participating applicants were invited to attend the 2024 APEC Urban Sustainable Development Conference for Science&Technology Innovation APEC(INPUT2)Competition Workshop at the conclusion of the competitio

35、n.During this workshop,participants had the opportunity to engage in knowledge-sharing workshops,network with industry leaders,and explore collaborative opportunities in the realm of urban sustainable development.The event aimed to foster a dynamic exchange of ideas and insights among participants,c

36、ontributing to the broader discourse on science,technology,and innovation within the APEC community.The 2024 APEC Urban Sustainable Development Conference for Science&Technology Innovation APEC(INPUT2)Competition Workshop was held to great reception at the Shanghai International Convention Center on

37、 10 January 2024.The event was adapted into a hybrid format to allow for online participation,with all international competition applicants,participants and supporters invited to attend through the official online event platform.Expert Panel Members,Competition Finalists,and Organizers at the Conclu

38、sion of the Event Three parallel workshops were held on the same day of the event,covering topics such as Green and low-carbon transformation;Environmental governance and ecological protection;Urban low-carbon application scenarios,Urban transportation and new energy applications;Transportation plan

39、ning and intelligent transportation systems;Intelligent networking;Autonomous driving technology,Digital Transformation and Urban Governance,and so on.Experts,scholars and industry leaders from all relevant fields were invited to share their views,and a total of 37 award-winning cases also appointed

40、 representatives to report and exchange views on the participating projects.On the day of the event,the leaders of the implementing agencies of the competition,members of the expert panel,professional audience from various economies and other guests were also invited to the stage to present trophies

41、 and certificates to the 40 winning case teams.The venue drew nearly 200 in-person attendees,supplemented by an additional 500 online participants spanning the Asia-Pacific Region.This diverse audience observed the ceremonial awarding of trophies and certificates to the competition winners,along wit

42、h engaging presentations by experts and the finalist teams.9 The Main Auditorium for the INPUT2 Awards Ceremony Teams from China;Hong Kong,China;Malaysia;Mexico;Peru and Thailand emerged as finalists.This report provides a synopsis of each of the 40 finalists cases.It is hoped that the reader is abl

43、e to draw as much inspiration from the varied and impressive works of innovation presented herein as the expert panel was able to during the review process.Please enjoy the seeds of innovation laid out over the following pages that undoubtedly will serve as a catalyst for sustainable development wit

44、hin the public industries of APEC economies for years to come.10 Background The 2030 Sustainable Development Goals(SDGs)of the United Nations and the APEC Putrajaya Vision 2040 both emphasize the importance of achieving sustainable city development.The three aspects of Trade and Investment,Innovatio

45、n and Digitalisation,as well as Strong,Balanced,Secure,Sustainable,and Inclusive Growth,are intended to help realize this vision and create an open,dynamic,resilient,and peaceful Asia-Pacific community.With high rates of urbanization and economic growth,as well as a number of new technologies,indust

46、ries,and mechanisms that have emerged as leaders in global innovation and development,the Asia-Pacific area,where 60%of the worlds population is concentrated,plays a significant role in the development of the global economy.The Asia-Pacific region encompasses a wide variety of economic forms and the

47、 degree of development of each economy varies.Each economy has its own resources,environmental advantages,and industrial characteristics at various levels,and it must combine these characteristics to explore the path of sustainable development,as it is noted in the 2022 AP-ISI,Asia-Pacific Industria

48、l Sustainability Index.This years competition focuses on three key areas:green economy,sustainable transportation,and livable cities,closely aligned with the United Nations 2030 Sustainable Development Goals and the Asia-Pacific Economic Cooperations 2040 APEC Putrajaya Vision.Given the Asia-Pacific

49、 regions pivotal role in the global economy and its notable advancements in urbanization and economic development,the competition places a special emphasis on these three domains,representing not only a sustainable development path in line with regional characteristics but also a crucial initiative

50、responding to global innovation demands.The green economy is characterized by a market-oriented approach,grounded in traditional industrial economies,and aims for the harmonious coexistence of economic and environmental considerations.It encompasses high-tech industries such as low-carbon economy,ci

51、rcular economy,and ecological economy.This years competition cases cover aspects like ecological agriculture,rural revitalization,environmental protection industries,energy-efficient and environmentally friendly equipment manufacturing,and industrial equipment upgrades.In the field of sustainable tr

52、ansportation,the competition showcases innovative technologies and models related to promoting sustainable transportation systems,advancing low-carbon travel,smart transportation,intelligent connected transportation,autonomous driving technology,new energy applications,and tourism transportation.11

53、It is against this background the inception of the Innovating for Public Urban Technology Transformation Competition(INPUT2)came about under the auspices of APEC and the guidance of Chinas Ministry of Science and Technology.Below,the works of the INPUT2 competition winners are summarized and then de

54、tailed further in the pages that follow.12 Contents Gold Award-Livable Cities “Technological Innovation Drives Synergistic Prevention and Control of PM2.5 and O3 Pollution in the Yangtze River Delta Region of China”Shanghai Municipal Bureau of Ecology and Environment Shanghai Academy of Environmenta

55、l Sciences Continuous improvement in air quality in the Yangtze River Delta region The Yangtze River Delta region is the largest economic zone in China as well as the top five in the world,which is an important international gateway to the Asia-Pacific region and a global manufacturing center.As an

56、active driving force of the domestic economy,the region experienced a swift expansion in industry and economy through the years.As a result,the whole region encountered severe air pollution in 2013 characterized as the regional“air pollution complex”represented by high concentrations of both PM2.5 a

57、nd ozone.High density of industrial chains and transportation networks have been imposing substantial environmental burdens to the region,resulting in a challenge between economic growth and environmental protection.It is urgently needed to strengthen scientific understanding in air pollution contro

58、l in developing economies since the industrial structure,pollution sources,and concentration levels of various pollutants were significantly different compared to those in developed economies,making it difficult for China to follow their control strategies.The Shanghai Academy of Environmental Scien

59、ces has been taking the lead in long-term air pollution researches in the Yangtze River Delta region in collaboration with domestic and local research institutions.In 2019,the Yangtze River Delta Joint Research Center for Ecology and Environment was funded and an official joint air pollution prevent

60、ion and control coordination mechanism was established including Shanghai,Jiangsu,Zhejiang and Anhui provinces.Regional and local research centers,stations and laboratories joined together to tackle scientific problems.They have been 13 undertaking a series of domestic Key R&D research projects supp

61、orted by Ministry of Science and Technology of Peoples Republic of China.Development in science and technology provide enormous support for the prevention and control of air pollution.The joint research team has developed an integrated regional decision support platform for synergistic prevention an

62、d control of PM2.5 and ozone,which incorporates economic development,energy consumption,emission reduction measures,air quality target,and environmental benefits.The research findings have been practically applied in the region and provided scientific support for achieving the air quality target dur

63、ing the 13th Five-Year Plan period.Tremendous improvement in air quality has been achieved.The visibility was below 20m in 2013 and reached more than 30km in 2023.Peak concentration of PM2.5 decreased by 75%.The increasing trend of ozone is alleviated.The heavy pollution days are almost eliminated.T

64、hrough years of efforts,there is a profound awareness that“science and technology”is critically important in addressing the challenge between environmental protection and economic growth,especially for developing economies.Hopefully,their success in air quality improvement can provide experience and

65、 reference for air pollution control in other economies and regions.Although significant progress has been made,a number of serious air quality management challenges remain,especially in the context of carbon neutrality and climate change.In the future,the research team will persistently address the

66、 forthcoming challenges to make a beautiful and low-carbon Yangtze River Delta,China and even a beautiful planet.14 Gold Award-Sustainable Transportation “Digital Intelligence Platform for Urban Mobility Optimization and Its Applications”Alipay(Hangzhou)Information Technology Co.,Ltd.Routes Deduplic

67、ation and Alignment with Passenger Flows:Based on passenger flow analysis and joint optimization of multiple routes Urban transportation is a massive scene with evident pain points for all parties involved.Passengers hope to improve their travel experience,transport providers aim to enhance operatio

68、nal efficiency,and ecosystem companies aspire to boost their product strength.Therein lie two fundamental problems:passenger travel demand analysis and optimization of supply-demand matching.Passenger travel demand is scattered across time and space,with large passenger flow directions typically acc

69、ounting for only 5%to 10%.This is the root cause of low bus occupancy rates and immense pressure on various single-mode transport benefits.The ultimate goal of urban transportation is to optimize the combination of various modes of transport,achieving better matches with decentralized travel demands

70、.Alipay has served 400 million users in transportation scenarios including buses,subways,bicycles,highways,etc.,of which more than 200 million are users of QR code payment for rides.It has cooperated with over 1,000 cities in public transport and subway scenarios and has a solid digital foundation i

71、n the travel scenario.This project aims to further empower the intelligent upgrade of the travel industry through AI technology and promote solutions to the above problems.Alipay has developed algorithm engines such as OD Analysis Engine,Passenger Flow Prediction Engine,Intelligent Scheduling Engine

72、,and proposed innovative solutions such as multi-route optimization,travel experience analysis,and scheduling parameterized model.These contribute to business decision-making,estimate solution effects,improve the success rate of implementation,and address issues related to the complexity and paramet

73、er contradictions of scheduling operations.15 The product is deeply integrated with business and has strong feasibility.Alipay collaborates with the ecosystem for open and mutual wins.The product has cooperated with more than 100 cities,initially achieving scale implementation and effect verificatio

74、n.It plays an essential role in helping businesses improve efficiency and reduce costs for sustainable development,enhance passenger travel experience,assist in alleviating traffic congestion in urban transportation management,and hold significant social significance.Offline passenger flow analysis

75、is also a crucial basic ability with broad application prospects in numerous industries.Insight Expert Commentary“Traffic congestion in most major cities is always a challenge,and the cities in ASEAN are famous for the congestion with the exception of Singapore with its advanced MRT system.Hence a n

76、ew Digital Intelligence Platform for Urban Mobility Optimization and its application will be most welcome for the city planners in Kuala Lumpur,Jakarta,Bangkok,and Manila.”Gold Award-Green Economy “Smart Maritime IoT Integrated Solution Based on High-Throughput Satellite Communication”Fujian Haixia

77、Blockchain Information Technology Co.,Ltd.The Maritime IoTproject enables coverage of broadband at the sea and seamless connection between the land and the sea Relying on the new model of 1+1+N,f Maritime IoT project based on high-throughput satellite communication provides network support and techn

78、ical support for the 16 construction of the intelligent ocean by fully utilizing new-generation information technology such as high-throughput satellite communication,big data analysis,artificial intelligence,Internet of Things,etc.,and provides network support and technical support for government d

79、epartments,sea-related enterprises,universities,research institutes and ordinary people,providing marine high-throughput satellite Internet,marine data center and a series of marine industry applications,and empowering the green ocean construction with digital technology.Government departments,sea-r

80、elated enterprises,colleges and universities,research institutes and the general public to provide marine high-throughput satellite Internet,marine data centers and a series of marine industry applications,etc.,to provide network support and technical support for the construction of the intelligent

81、ocean,and to empower the high-quality development of the green economy with digital science and technology.Insight Expert Commentary“With the help of high-throughput satellite antenna technology,the project has opened up the last meter of marine economic development,constructed a digital empowerment

82、 system for the marine eco-industry chain,and assisted in the construction of the fishery production safety system.With a wide range of services,the project will become a basic service for the management of vessels at sea,with a very good application prospect,and is expected to have a double harvest

83、 of economic and social benefits.”Silver Award-Livable Cities “Cloud Infrastructure of Shanghai Healthcare Cloud”China Telecom Shanghai The Shanghai Health Cloud Base Project jointly applied by China Telecom Shanghai Company,Shanghai Municipal Health Commission,and Wanda Information has won the exce

84、llent case of urban digital transformation in 2022.Shanghai Health Cloud Base is a cloud based platform jointly built by Wanda Information and Shanghai Telecom under the guidance of the Shanghai Municipal Health Commission.With Shanghai Health Cloud as the main portal,it deepens the connotation of h

85、ealth actions,implements new strategies for chronic disease prevention and control,enhances new public service experiences,and comprehensively supports the implementation of the four beams and eight pillars medical reform plan,Provide 7 core applications for the entire population,including appointme

86、nt registration as scheduled,health records can be checked at any time,appointment vaccination does not need to wait,family account family management,family doctor online signature,chronic disease management doctor help,and intelligent testing of physical indicators,to create an eight in one health

87、service model that integrates medicine,medicine,prevention,care,health,and insurance.17 Insight Expert Commentary“The project is large in scale and wide in application,with advanced concepts,solid infrastructure,and great application effectiveness.It has been promoted to many cities with obvious eff

88、ects and has become a necessary application system for city management and citizen service.It is innovative in many aspects such as technology,architecture,system,service mode,operation mode,etc.It is a project worth promoting.The suggestion is to enhance the intelligent service based on big data.”S

89、ilver Award-Sustainable Transportation “Tunnel shield scenario,engineering vehicle driverless sustainable development application”China United Network Communications Co.,LTD.Shanghai branch Shanghai Tunnel Engineering Co.,Ltd.5G+V2X enables smart networking for tunnels,integrating roadside perceptio

90、n,cloud decision-making,and real-time vehicle interaction for safe,unified vehicle-road ops.In a relatively closed tunnel environment,this project uses the automatic driving IGV technology to complete the automatic driving of the trackless material transport vehicle under the premise of ensuring the

91、 positioning accuracy and obstacle perception,improve the transportation efficiency of materials in the tunnel,do a good job in the global path planning of the transport vehicle,and realize the safe transportation in the 18 tunnel.Relying on the 5G+V2X fusion network,create an intelligent network co

92、nnection solution that supports roadside fusion perception,cloud-assisted decision-making,and real-time interaction of autonomous vehicles.Through the construction of cloud network vehicles,vehicle and road coordination and integrated safety operation management are realized,and the network landing

93、of autonomous transportation scenarios is realized for tunnels.Silver Award-Green Economy “Turn Waste into Proteins”Global Cerah Sdn Bhd Global Cerah Sdn Bhds proprietary integrated system combines agricultural waste management and recycling into a sustainable solution fully automated by robotic pro

94、cess automation and temperature control.The project integrates waste management of agricultural waste and production of alternative protein source into a sustainable solution by Robotic Process Automation(RPAs)and optic sensors.The companys vision is to turn waste into protein for the formation of a

95、gri-food circular economy.Firstly,the company collects the wastes from farmers and inputs into the waste treatment machinery for processing in order to remove acidic elements before two options:Option 1 Directly used as alternative fertilizers(feeds and fertilizers)or Option 2 pass those recycled ou

96、tput for black soldier fly(BSF)larvae to feed on and when they reach a maturity stage that consist of sufficient protein as feed meals and then dried up during the production system before send to feed meals producers or farmers in below-market price.The companys ultimate goal is decreasing producti

97、on costs and over-reliance on imported feeds and fertilizers from the agriculture perspective.19 Start-up Award “Intelligent Fault Catcher”Hong Kong Industrial Artificial Intelligence&Robotics Centre FLAIRs Intelligent Fault Catcher utilises IoT sensors to monitor the operating condition of industri

98、al equipment and predict upcoming faults.Prognostic and Health Management(PHM)systems are some of the main protagonists of the Industry 4.0 revolution.Efficiently detecting whether an industrial component has deviated from its normal operating condition or predicting when a fault will occur are the

99、main challenges these systems aim at addressing.This project selected two scenarios to apply the PHM,including elevators and platform screen doors.This project proposes the use of IIOT,5G,and edge computing technology combined with the PHM approach.The project focuses on two industrial scenarios,ele

100、vators,and platform screen doors.By utilising IIOT,5G,and edge computing technology,the PHM approach can monitor and analyse the real-time data of industrial components.It can detect anomalies and deviations from normal operating conditions and predict when a fault will occur.This improves safety an

101、d reliability while extending the life-cycle of equipment and improving capabilities in equipment repair,ultimately boosting equipment sustainability.20 Best Inclusion Award “DiDi Mujer”DiDi DiDi Women-care,support&empower With presence in 10 Latam economies,DiDi has found out that in some of these

102、economies,gender violence is a major barrier that prevents female users getting around,especially during night times.To solve this problem and create a more inclusive environment for both female drivers and passengers,the company developed DiDi Mujer function,which enables female drivers to select t

103、rips only from female passengers,and the drivers may activate or deactivate this feature at any time or location.It has created more opportunities for our female drivers with flexible income and our female passengers the freedom to move around.The option,now available in Chile;Mexico;and Colombia,pr

104、ioritizes womens safety during the trip with the platform and promotes gender equality in the mobility industry.Insight Expert Commentary“The starting point of promoting gender equality and safeguarding womens rights and interests is good.The replicability and application prospects need to be improv

105、ed,and it is necessary to consider the differences and feasibility of different regions,on the one hand,the safety of taxi rides is affected by a variety of factors,and on the other hand,as to whether the supervision is in place in the actual operation,and whether there is any phenomenon of gender d

106、eception.”21 Best Practice Award “Visual Data Governance and Empowerment Platform of City”Shanghai Big Data Co.,Ltd.Urban visual data governance and empowerment platform，powered by Shanghai city governance experience,to empower a new paradigm of visual data.SHData Visual center platform is a visual

107、intelligent PaaS platform,serving the city,enterprises and industry,relying on artificial intelligence technology,big data and cognitive experience of urban video application scenarios to provide a new generation of video reading,video computing ability,empowering data,technology and innovation abil

108、ity for city digital governance scene.The platform is oriented by visual data business requirements,aiming at data-sharing applications,Governance and unified empowerment of visual data.Being open and shared,the company desire to build a full-business visual data governance system,to realize the dee

109、pening governance of the basic data of visual image,visual business data,visual computing data and visual operation and maintenance data;To Build a sustainable intelligent visual computing ecology in the city,Provide an open visual computing framework,Support the diversified management and calculati

110、on dispatching of heterogeneous computing power algorithm;Unified enabling export,Provide visual capabilities with standard services,And refined authority management and quantifiable empowerment effectiveness statistics,Realize the integrated development of video full-service intelligent application

111、s;Building a visual security risk control system,Realize the full link security guarantee of visual image data aggregation,storage,governance,application,sharing.22 Best Practice Award “Introduction to Intelligent Inventory Application Scenarios for Shanghai Tower”Shanghai Tower Construction and Dev

112、elopment Co.,Ltd.An example of Digitized Scenarios for Intelligent Inventory Application at Shanghai Tower With the development of construction,the number of assets is becoming increasingly large,and the need for their management is becoming increasingly urgent.Traditional asset management methods c

113、an no longer meet the requirements.In the face of a large number of complex construction assets involving a wide range of professional types and a multitude of concealed works,traditional inventory methods,which require a large amount of manpower,resources,and financial support,highlight an urgent n

114、eed for a more intelligent management approach.In response to the above difficulties,Shanghai Tower has conducted research to combine sensor data sources with the information technology system.By using the sensor data of the equipment and facility systems as a touchpoint,it can be considered that th

115、e equipment meets the inventory requirements if the data is available online.By extracting the equipment and facility logic from the BIM system,the presence of relevant components can be assumed if the front-end,back-end,and main equipment data of a group of facilities are available online.Moreover,

116、using a property management information-based inspection system,offline inventory of the main equipment without sensors is conducted,achieving online inventory+offline verification.In conclusion,fully utilizing information technology and big data approaches makes it possible to conduct a comprehensi

117、ve asset inventory of buildings.Based on information technology and big data,the asset inventory method effectively reduces traditional inventory costs and improves the management efficiency of intelligent buildings.This provides a more effective solution for asset inventory of 23 complex high-rise

118、buildings.It exhibits good replicability and promotability for asset inventory of super high-rise buildings and complex building complexes.It will also provide data support for daily asset management and operation management of buildings,enabling super high-rise buildings to achieve high-quality com

119、prehensive asset management,improve operation efficiency,and provide a basis for management decisions.Insight Expert Commentary“Starting from the actual needs of Shanghai Center Tower Construction and Development Co.,Ltd,the project develops an intelligent asset inventory system to address the pain

120、points of ultra-high-rise buildings,providing a more efficient solution for asset management.”Best Practice Award “Exploring the Architecture and Structure Integration of High-Speed Railway Stations in the Dual-Carbon Context:From Efficient,Resource-Saving,High-Performance Structures to the Prospect

121、s of Sustainable and Resilient Cities”China Railway Shanghai Design Institute Group Co.,Ltd.In the context of the long-term vision for a resilient city,the Yangzhou East High-Speed Rail Station project is pioneering the multidisciplinary application of resilience theory in the fields of urban planni

122、ng,architecture,structural engineering,and materials.It seamlessly integrates architectural aesthetics with structural techniques,empowering the low-carbon and sustainable development of a resilient city through efficient and resource-saving high-performance structures.24 In the ecological and econo

123、mic resilience dimension,this project has developed an economically viable and innovative high-performance roof structure system,which has been applied to the Yangzhou East Stations cross-line canopy project.It addresses the pain points of post-construction maintenance challenges and high maintenanc

124、e costs associated with high-speed rail building roof structures.The new high-performance roof structure system primarily consists of the following components:A novel H-shaped castellated beam with corrugated web as the main structural component of the roof system.It is externally located under the

125、ceiling,making it convenient for full-life-cycle maintenance;A high-durability roof enclosure structure made of high strength duplex stainless steel tubes and stainless-clad bimetallic steel tubes,which is embedded within the ceiling and is dedicated to ensuring maintenance-free operation throughout

126、 its entire life cycle.In the social and cultural resilience dimension,the project is dedicated to fostering a symbiotic relationship between building and the city.It has established a standardized comprehensive assessment system and evaluation process,which allows for the detailed implementation of

127、 resilience requirements from the urban and community levels down to the building level.During the projects service life,a participatory design process is employed,ensuring that stakeholders and the community are actively involved.This approach enables full-life-cycle project management,where input

128、and feedback from various stakeholders are considered thoroughly.Architectural aesthetics serve as a significant representation of empowering social and cultural resilience.The project integrates both cultural and natural elements in the creation of public spaces,crafting a city platform rich in cul

129、tural significance.It aims to create an ecological,livable,and civilized resilience urban space.Drawing inspiration from the floral windows in Yangzhous classical gardens,the project incorporates local cultural symbols into public architectural spaces.Insight Expert Commentary“The H-shaped steel bea

130、ms with corrugated web design,an economical design method,is innovative and suitable for temporary basic service facilities,or event organizing venues.It is easy to install and low maintenance cost.However,the scope of application may be limited by some objective conditions.”25 Best Practice Award “

131、The“Hello Old Friend”Smart Phone Booth Assisting Digitally Disadvantaged People Supporting Quality of Life and a Humane City for People”China Telecom Shanghai With the acceleration of global urbanization,global cities will face new and tougher challenges in economy,life and governance.On the basis o

132、f Shanghais own characteristics,China Telecom Shanghai has seized the historic opportunity of a century of great changes and the digital technology revolution to help Shanghai build a open and innovative,inclusive,safe,resilient and sustainable Hello Friends Smart Guard Shanghai system,bringing toge

133、ther century-old friends of the citys streets-traditional public phone booths,traditional query hotlines,and traditional broadband infrastructure facilities-into a one booth,one network,full-scene digital inclusion system.and traditional broadband infrastructure facilities into a kiosk,a network and

134、 a full-scene digital inclusion system,helping urban citizens,especially the elderly,the disabled,the migrant population and other digitally disadvantaged groups,to integrate into the citys digitalization process without discrimination,so that all residents of the city can enjoy the real convenience

135、 and hidden dividends brought by digitization.This will enable all city residents to enjoy the real convenience and hidden dividends brought by digitalization,and form a beautiful digital inclusive new life in which people can live without any worries,travel without any obstacles,and be safe without

136、 any worries,so that everyone can enjoy a quality life and feel the temperature in a practical way,and also provide benchmarks for the digital inclusive services of global cities,and make Chinas contribution to the community of destiny of the whole mankind.The project was included in the key scenes

137、and key work of Shanghais urban digital transformation and the Shanghai Municipal Governments Peoples Project,and the team won the first prize of the 2nd Guanghua Cup Gigabit Optical Network Innovation and Application Eastern Region,the first prize of the Guanghua Cup Gigabit Optical Network Innovat

138、ion and Application Digital Life Circuit Finals,and the Outstanding Case of the Global Smart Cities Conference,among other honors.Insight Expert Commentary“This proposal is good for enhancing the friendly face of the city or economy,and can be used at international airports,train stations,urban stre

139、ets corners or shopping centres,with simple interface and welcoming voices in different languages.The various telecom companies may use this concept to promote their Corporate Social Responsibility(CSR)to enhance a more friendly society catering to the elderly and foreigners.”26 Best Practice Award

140、“5G+Innovative Applications Empower the Smart City Development of Fuzhou”Fuzhou Chengtou New Infrastructure Group Co.,Ltd.Fuzhou Chengtou New Infrastructures 5G+Smart City project is rooted in the strategy of sustainable urban development.By deeply integrating advanced technologies such as 5G,cloud

141、computing,big data,Internet of Things(IoT),and artificial intelligence,it seamlessly merges new infrastructure construction with urban digitalization,aiming to transform Fuzhou into a new type of smart city characterized by universally beneficial and convenient public services,leapfrogging industria

142、l development,and enabling insightful urban governance.The project aims to establish a 1+2+N city-level data management system:1 spatial digital base built on an MEC cloud resource pool to create the 5G+Smart City Basic Platform,strengthening data governance and integrated applications;focusing on t

143、he two threads of urban governance and industrial development to create N applications,thereby comprehensively enhancing urban services for citizens and industrial service capabilities,realizing the vertical and horizontal interconnection and unified network management of urban management.Currently,

144、the 5G+Smart City project has completed the construction of various application scenarios such as smart communities,smart parking,smart construction sites,smart lamp posts,smart umbrellas,smart waterlogging monitoring,and smart gas monitoring.These provide diverse,efficient smart management services

145、 for the city in terms of security governance,convenience services,environmental monitoring,safety warnings,and emergency guarantees.In the future,the project will continue to adhere to a people-centered urban development philosophy,building an ecological community for smart city application and mov

146、ing towards the goal of a smart,resilient,and livable new type of smart city.27 Insight Expert Commentary“The project utilizes 5G to carry out technological innovation and application,empowering the development of Fuzhou smart city and giving full play to the technological advantages of 5G.The proje

147、ct has created new scenarios of 5G applications,and adopted advanced technology and specific application scenarios with a certain degree of innovativeness,providing an important basic function guarantee for the smart city.The suggestion is to focus on characteristic applications to maximize the appl

148、ication effect.”Best Innovative Award “Taicang Smart Health Project”Taicang Dejia Health Management Co.,Ltd Healthcare and Wellness Nursing Humanoid Robot Taicang Dejia Health Management Co.,Ltd is committed to becoming a leading brand and active explorer in the global intelligent healthcare industr

149、y.The companys products and services cover the healthy elderly,semi-disabled elderly,disabled elderly,women,children,individuals affected by social anxiety,and other groups of people in need of care,and provide comprehensive intelligent care solutions based on core technologies such as artificial in

150、telligence and robotics for the healthcare industry.The companys relentless pursuit is to ensure the happiness of the elderly,the peace of mind for their children,and the reassurance of society.The company has independently developed a number of globally leading innovative achievements.So far,they h

151、ave launched Obstacle-avoiding Autonomous Driving AI Wheelchair Robot,Intelligent Toileting Nursing Robot,Companion and Care AI Robot,28 Metaverse(VR)Anxiety-relieving Hyperbaric Chamber,and related intelligent service platforms.They consistently adhere to the principles of technological innovation

152、and open cooperation.Together with partners from various regions,the company is dedicated to advancing the application and promotion of intelligent healthcare technology.The company aims to provide a better,diversified,intelligent,personalized and comprehensive community-based healthcare experience

153、for the elderly,women,children and individuals affected by social anxiety in APEC economies.This effort contributes to the sustainable development of local healthcare industries and the construction of harmonious and livable urban communities.Insight Expert Commentary“Based on emerging technologies

154、to realize the help and care for vulnerable groups is highly promising,but especially need to pay attention to the needs of vulnerable groups,while safeguarding the dual needs of physical space and mental space,in order to better play its value.This project has launched robots for different types of

155、 people,has better control of the market positioning of the product,is innovative and highly replicable,and has a high application value.”29 Best Innovative Award “Innovative AR Scenario Promotes the Tourism to Upgrade-Empowering Tourism with FU Metaverse Competence”Fujian Baibaotu Technology Co.,Lt

156、d Metaverse of Three Lanes and Seven Alleys，AR has variety 3D contents superimpose over the physical world.Three Lane and Seven Alleys is one of Chinas top ten historic and cultural streets,representing the historical and cultural essence of Fuzhou,China.It is also an invaluable Architecture Museum

157、of Ming and Qing Dynasty.With the rapid development of the internet,the scenic area aims to enhance its tourism product appeal by incorporating digital technology into real-world settings.Through a light asset,low investment,dynamic update approach,the goal is to sustainably attract visitors to the

158、scenic area and businesses,expanding the incremental cultural and tourism commercial space.This approach seeks to break free from the current reliance on ticket sales and store rents as the main source of revenue for the scenic area.The FangXiang ARventure project is built upon the Fu Metaverse urba

159、n infrastructure platform(Fu Metaverse platform)with its advanced 3D mapping+spatial computing+visual recognition technology.With the support of 5G technology,it delivers a novel interactive experience that seamlessly blends the virtual and real worlds.It has created 12 typical application scenarios

160、 in areas such as historical and cultural reenactment,revitalization of ancient houses,and cultural artifact preservation.Additionally,it offers numerous augmented reality(AR)entertainment experiences,including AR real-world navigation,AR digital tour guides,AR check-ins,AR treasure hunts,and blind-

161、box lotteries.By combining the cultural and tourism industry with AR and VR technologies,this project brings significant innovation to traditional cultural tourism service models,enhancing the overall tourism experience.30 The combination of cultural tourism with the metaverse promotes the inheritan

162、ce of history and culture by innovation,breathes life into history and culture,and creates new cultural tourism forms.The scene construction is centered around the digital economy,focusing on the daily urban life scenes,allowing the public to truly enjoy the development outcomes of culture,commerce,

163、travel,and digital technology.This project aims to elevate the societal level of spiritual consumption,offering a precious Metaverse experience accessible to all.Insight Expert Commentary“The project integrates 3D map,spatial calculation,and visual recognition technology to reproduce historical and

164、cultural scenes,which is one of the important programs of the current meta-universe cultural tourism application.The project is based on the historical and cultural scenes of the Three Square and Seven Alleys in Fuzhou,combining the cultural characteristics of Fuzhou City to create digital animation

165、 scenes,based on the fusion of virtual and real forms of expression,adding new vitality to the scenic spots while helping the publicity and promotion of folk culture,and the projects implementability,sustainability,and reproducibility are all very high.”Best Innovative Award “Child-Friendly Smart Pa

166、rk Design:A Case Study of Minjiang Park in Fuzhou”Fuzhou Planning&Design Research Institute Group Co.,Ltd.The Kid-Friendly,Smart Park ensures childrens safety through the adoption of digital technology,providing a peaceful and fun environment.The project takes one of the most popular parks in Fuzhou

167、,the Minjiang Park,located in the core area of the Liangjiang Four Banks and along the Minjiang River,as the 31 base area.Based on the principle of prioritizing childrens development,the project integrates digitization with child-friendly elements,taking into account the needs of children for safety

168、,learning,and social interaction.It aims to build a Minjiang Huitong digital intelligence brain for children and create a growing park that respects childrens right to play,ensures their safety,and guides their exploration and sharing.Through the application of digital scenarios,the project promotes

169、 the transformation of public spaces to be more child-friendly,with distinctive features that can be replicated and implemented.It aligns well with the theme of urban sustainable development and technological innovation in this competition and meets the requirements of the competition in the field o

170、f livable city construction.Insight Expert Commentary“The project design concept is advanced,innovative,technology selection is suitable,system positioning is reasonable,application scenarios have characteristics,I hope the project can be implemented as soon as possible to produce practical results

171、as well.”Best Innovative Award “Repurposing Gives New Life To Retired EV Batteries-Harnessing The Potentials Of Retired EV Batteries”Hong Kong Productivity Council Repurposing Gives New Life to Retired EV Batteries Harnessing The Potentials of Retired EV Batteries 32 Similar to rechargeable batterie

172、s used in typical battery-powered devices,electric vehicle(EV)batteries are degrading over time and ultimately the performance of which will no longer be suitable for propelling vehicles.In Hong Kong,China waste EV batteries must be appropriately handled under the Waste Disposal Ordinance.Most EV ma

173、nufacturers or dealers have engaged licensed collectors to collect/handle their waste EV batteries.After proper preliminary treatment,these waste EV batteries are exported to appropriate treatment facilities in Belgium;Japan;or Korea for proper handling and/or recycling.In general,to extract valuabl

174、e metals from Li-ion batteries,recycling companies usually dismantle an EV battery into component levels and then shred the parts into small pieces or powders.The separation process would sort the different materials,and chemical treatment such as hydrometallurgy treatment is applied to extract the

175、rare metals.Although there is no unified definition,typically,EV manufacturers would regard an EV battery as reaching its end-of-life once the total energy capacity of the battery declines below 70%-80%of its initial value,and replacement of the battery is needed.Such a retired battery removed from

176、EV ends its first life application as the traction battery of an EV.In contrast,it can still be useful for other less demanding energy storage applications.Therefore the project aims to extend the lifespan of retired EV batteries by providing a solution that overcomes the technical challenges of reu

177、sing them.HKPCs proposed solution is built on the projects well-integrated intelligent battery management system that allows using different brands of retired EV batteries,each with different State-of-Health(SoH)and State-of-Charge(SoC).These will be repackaged as second-life batteries for applicati

178、on in ESSs.Moreover,they recognise the high potential value of Building Integrated Photovoltaics(BIPV)in Hong Kong,China due to its densely populated nature.As such,the project has developed a hybrid system that integrates their proposed reuse solution with the BIPV system.To achieve this goal,HKPC

179、will design a systematic technical procedure to repurpose retired EV batteries into second-life batteries while developing a new intelligent AI model to control and manage battery status more efficiently and safely.Partnering with industry experts will allow us to solve the challenges of repurposing

180、 retired EV batteries and software issues.HKPC firmly believes that this project could build a reference in the market,enabling others to reuse their retired EV batteries by considering their proposed solution,thereby reducing the chances of recycling them.HKPCs ultimate goal is to create a universa

181、l second-life EV battery system capable of using all kinds of retired EV batteries in their system.33 Best Innovative Award “Industrial Metaverse Empowered Data Driven Digital Twin Toward Manufacturing”Hong Kong Productivity Council The fusion of IM concepts and the HKPC-patented techology,realising

182、 the optimisation cycle of“design”,“build”,“operate”,“train”and cyber-physical superposition.To become Global Recognised Manufacturers,an innovative product realisation process is required.The state-of-the-art Industrial Metaverse(IM),enabled by revolutionised virtualisation technologies and Informa

183、tion&Communication Technology(ICT),will lead the manufacturing industry to a quantum leap in technological advancement that can not only benefits their business but also promotes sustainability by reducing resource consumption.The cyber replica of the product realisation processes helps manufacturer

184、s optimise product development and manufacturing steps,shortening product time to market while fully considering resource optimisation.Early validation can be conducted via the comprehensive digital representation of physical cell and human-machine interaction,which lowers the setup costs,shortens l

185、ead times,reduces the carbon footprints and mitigates occupational health and safety issues by considering ergonomics.The interactive features and vast array of customisation options by“Gamification Manufacturing”make it easier for people,especially the younger generation access the industrial envir

186、onment.By embracing this disruptive IM technology,manufacturers can move forward to“Go Greener”.34 Insight Expert Commentary“Industrial Metaverse is the current development direction strongly supported by China,and this project constructs a digital twin world of product production through the develo

187、pment of hardware facilities such as human-computer interaction interfaces and related software applications.”Excellence Award “Large-space public buildings integrated photovoltaic/thermal systems”Shanghai Jiao Tong University Significance:Focusing on the low-carbon transformation of the building se

188、ctor in the Dual-carbon strategic goal,the projects team concentrates on the photovoltaic transformation path of public buildings via introducing new structures and concepts,e.g.the self-adaptive photovoltaic/thermal(PV/T)public building system.It improves the conversion efficiency of solar energy a

189、nd contributes to the theoretical and technological progress of PV/T public building systems.Project:The projects team proposed an adaptive PV/T public building system that has the advantages of high solar energy utilization efficiency,recyclable materials,and wide application range.They carried out

190、 research and development of lightweight photovoltaic building materials,and the conversion mechanism of PV/T public buildings,theoretical analysis of PV/T public building structural safety.They developed the central monitoring system of the PV/T public building based on the programmable logic contr

191、oller and solar controller to control the building,energy and structural performance,and realized the monitoring-feedback-control multifunctional intelligent building.Applications:The research results have been applied to the Japan Pavilion of the Shanghai World Expo,the renovation of the Water Cube

192、 of the National Swimming Center,etc.The projects team was invited to participate in the China International Industry Exhibition in 2023.Insight Expert Commentary“The projects technical highlights and difficulties to overcome are clearly introduced,and the prospects for promotion are good.”35 Excell

193、ence Award “PV inspection robots”Huzhou Leapting Technology Co.,Ltd.PV Module Inspection Robot for photovoltaic power stations replace the manual inspection of photovoltaic plants,achieves an over 95%recognition rate for typical faults and anomalies in photovoltaic components Based on the high-passa

194、bility crawler chassis,equipped with a high-resolution dual-optical gimbal and an edge computing module with high computing power,through the self-trained PV module defect inference model,it can intelligently detect PV module hot spots,dust,dirt,cracks,occlusion,loose connectors,animal invasion,Abno

195、rmal situations such as module overturning,and the detection situation can be uploaded to the integrated management system in real time,and the inspection report of the photovoltaic power station is automatically generated,so that the power station operation and maintenance personnel can eliminate d

196、efects in time and effectively improve the power generation in the life cycle of the photovoltaic power station.At the same time,the robot carries an automatic fire extinguisher,through the pyrotechnic recognition algorithm,can independently find the possible spontaneous combustion of the component,

197、and quickly extinguish,when the surface of the component or plug is detected with abnormal high temperature,it can also cool down and push the alarm in time,so as to minimize the possible loss of the power station.In addition,combined with virtual reality technology,the power station is digitized,an

198、d the operation and maintenance personnel can immerse themselves in observing the photovoltaic power station through the robot perspective and remote operation function,so as to achieve the effect of the whole station without leaving home,greatly improving the operation and maintenance experience an

199、d reducing the operation and maintenance workload of the photovoltaic power station.36 Insight Expert Commentary“The idea is rigid and answers the validated problem.I am sure that this will help lots of users in the remote area in supervising their solar farm.”Excellence Award “Zero Carbon Technolog

200、y-Online Intelligent Digital Human/Offline Intelligent Workstation”Shanghai Zero Carbon Online Investment Co.,Ltd.Zero carbon online AIGC carbon neutral intelligent service cloud platform realizes the collection,analysis and optimization of carbon emission data through intelligent digital technology

201、,provides enterprises and individuals with low-carbon development solutions,and promotes Digital transformation.Through artificial intelligence technology,precise calculations of carbon emissions for enterprises can help them understand their own carbon emissions and develop corresponding emission r

202、eduction measures.This project conveys low-carbon concepts and knowledge to the public through digital platforms and interactive experiences,enhances public low-carbon awareness and action,and promotes the common realization of low-carbon development throughout society.Insight Expert Commentary“The

203、Zero Carbon Technology-Online Intelligent Digital Human/Offline intelligent Workstation using the AIGC Accelerator or AI-Generated content is a good innovation for providing the information required for monitoring the carbon emission at every 37 stage of the industrial or other processes to achieve

204、carbon neutrality and shall contribute to the speedy adaptation of relevant information and data to perform continuous improvements in different sectors.While this system will presumably be used in PR China first,it can be adapted to be used on the international stage and promoted as an internationa

205、l tool to achieve carbon neutrality.”Excellence Award “The Digital Twin Platform of Water Distribution System in Fuzhou”Fuzhou Water Group Co.,Ltd Digital Twin Platform for Fuzhou Water Distribution System The digital twin platform of the water distribution system includes three modules:the water di

206、stribution system GIS comprehensive service platform,the big data center,and the hydraulic model.The water distribution system GIS comprehensive service platform realizes the digital management of the asset data of the water distribution system,ensures the accuracy of the facility data,and provides

207、functions such as pipe burst analysis and valve management.The big data center realizes the monitoring equipment of 9 water plants and 841 Minute-level data collection sensors,and integration of user information,water supply and sales volume and other business data.The hydraulic model of the water d

208、istribution system fits the operating status of the water distribution system in real time,and provides decision support such as real-time warnings,program simulations,and emergency response.38 The project built the worlds largest and most precise water distribution system digital twin platform to h

209、elp Fuzhous smart city construction,and was selected as the 2021 Smart Water Typical Case by the Ministry of Housing and Urban-Rural Development,and the 2023 Digital Scene Innovation Professional Competition by the Science and Technology Innovation Bureau The second prize is of industry demonstratio

210、n significance,and the project construction achievements mainly include:1.Realize the comprehensive digital management of the water distribution system and its ancillary facilities;2.Support the scientific formulation of the operation,maintenance and scheduling of the water distribution system,reduc

211、ing costs and increasing efficiency.The maintenance cost of pipe network decreased by 47.5%,and the unit energy consumption decreased by 16.8%;3.Fit the operation status of the pipeline network,detect abnormalities in time,and improve emergency response capabilities.The qualified rate of pipe networ

212、k pressure exceeds 99%,and the timely repair rate exceeds 98%;the leakage rate drops from 20.14%in 2018 to 6.19%in 2022,and the loss amount is recovered by CNY128 million.4.Help improve the water quality of water supply.By the end of 2022,the average water quality turbidity of the pipe network will

213、drop to 0.22NTU,which is 24%lower than before construction,and the water quality of the pipe network will be steadily improved.Insight Expert Commentary“The Digital Twin Platform of Water Distribution System in Fuzhou has a certain value for improving urban water supply management.The management of

214、the water supply pipe network system does still have many problems that need to be solved,and the digital twin system is also a type of solution that is currently more respected,and the projects control of the problem and the selection of the solution are just right.”39 Excellence Award “Smart City

215、Management Platform of Fuzhou New District(New Districts Smart Brain 1.0)”Fuzhou Investigation&Surveyin Ginstitute Co.,Ltd.The IOC and Smart application systems are built based on the same foundation,such as intelligent hub and digital base With the aim of achieving unified digital base sharing,supp

216、ort for an intelligent hub,lean urban governance,a comprehensive understanding of inhabitant and environment,and efficient peoples livelihood service management,Smart City Management Platform of Fuzhou New District establishes a digital base,an intelligent hub consisting of a CIM platform and an int

217、elligent IoT platform,and an intelligent city operation centre(IOC),and conducts intelligent urban governance with intelligent inhabitant and environment,intelligent livelihood services and other urban application scenarios.The Fuzhou New District is focused on sharing and opening data,as well as in

218、terconnecting and exchanging data with the province and city.The new district is committed to building a smart city management platform,which will serve as a pioneering demonstration of the regional integration pilot in Fuzhou City.This platform will make Fuzhou New District a more livable and worka

219、ble place,helping it to develop in a high-quality and sustainable way.Furthermore,the platform is expected to promote the construction of an ecological civilization city in Fuzhou New District.40 Insight Expert Commentary“The projects planning is complete and comprehensive,with appropriate technolog

220、y choices,and it has completed a CIM platform,five urban governance application systems,two ecological green city systems,and one livelihood service system.”Excellence Award “Research,development and application of high-class heavy truck autonomous system based on mass production”Inceptio Xingchuang

221、 Intelligent Technology(Shanghai)Co.,Ltd.Heavy trucks equipped with Inceptio Technologys autonomous driving system are driving on highways Inceptio Technology is an autonomous driving technology and operations company focused on long-haul logistics scenarios.They adhere to the core strategy of full-

222、stack self-research+production-driven+deep operations.They have independently developed full-stack L3 and L4-level autonomous driving technology and closely collaborate with the automotive industry to provide logistics customers with safer and more efficient autonomous driving technology and a new g

223、eneration of TaaS(Transportation-as-a-Service)freight networks.The companys name is derived from the historical figures of Emperor Qin Shi Huang and Emperor Wu of Han,symbolizing the creation of a new landscape in logistics transportation through autonomous driving technology and conveying the beaut

224、iful expectations for the technology-enabled logistics industry.Inceptios heavy-duty truck autonomous driving system is the industrys first truck autonomous driving system designed for mass production,featuring full-stack self-research,including algorithms,software,computing platforms,and chassis in

225、tegration.It includes unique algorithms for addressing the challenges of heavy-duty truck autonomous driving,such as long-range perception,adaptive robust control,and fuel-41 saving algorithms.It also incorporates unique safety management software for functional safety and information security,enabl

226、ing intelligent safety switching.The system covers steering,braking,power,and power supply systems,offering an L4-level chassis interface.Inceptios intelligent trucks are the industrys first commercially viable products compliant with automotive regulations and achieved L3-level mass production by t

227、he end of 2021.They were among the earliest to achieve large-scale commercial deployment,and their safety and cost advantages have been validated.Currently,they have engaged in large-scale commercial operations with several logistics industry leaders in express delivery,fast freight,and less-than-tr

228、uckload sectors.As of September 2023,intelligent heavy-duty trucks equipped with Inceptios autonomous system have surpassed 50 million kilometers in commercial operation.In the global field of autonomous driving trucks,they have pioneered a new milestone in commercial operations.Excellence Award “Hi

229、gh-Reliability Hybrid PV/T Module Technology for Achieving Building Energy Carbon Neutrality”School of Energy and Power Engineering,Nanjing University of Science and Technology Successful pilot production of PV/T modules using a specialized two-stage lamination process method has been achieved.Build

230、ing-Integrated Photovoltaic-Thermal(BIPV/T)technology combines solar energy benefits with buildings,offering an efficient,low-carbon,and cost-effective solution for meeting electricity and thermal energy needs.By integrating solar energy into 42 buildings,it enhances functionality and value,making i

231、t a crucial solution for renewable energy utilization and sustainable building energy.This project specifically addresses the significant demand for carbon neutrality in building energy.It focuses on the challenges faced by the global building energy sector,particularly in developing economies,where

232、 there is a contradiction between the increasing trend of building energy consumption and the need to reduce fossil fuel usage.To tackle these challenges,the project conducts key technological research on high-reliability flat-plate PV/T modules and develops advanced processing techniques suitable f

233、or large-scale industrialization.This research effectively resolves the long-standing international challenges related to stability and lifespan that have hindered the progress of PV/T module technology for over 50 years.PV/T modules possess the dual functionality of power generation and heat supply

234、,enabling simple alternatives to existing solar thermal and PV applications.Typical applications include household applications like PV+Water heating and industrial applications such as PV+Preheating.BIPV/T applications are particularly advantageous.Furthermore,as a zero-carbon energy technology tha

235、t is efficient,economical,and capable of generating electricity and heat simultaneously,PV/T technology has tremendous potential to become one of the key technologies for achieving carbon neutrality in future energy systems.Overall,this project demonstrates outstanding technical expertise and maturi

236、ty,providing critical foundational technical support for the development and promotion of advanced BIPV/T applications.It is of great significance in realizing global goals for carbon neutrality in the building energy sector and promoting the development of the renewable energy industry.Insight Expe

237、rt Commentary This project has achieved a series of results in the industrialization research and development of High-Reliability Hybrid PV/T Module Technology,solved the international problems of insufficient stability and life span that constrain the Hybrid PV/T Module Technology to exceed 50 year

238、s,and has built a pilot industrialization line of Hybrid PV/T Module,but the stability of the process needs to be further demonstrated.The industrialization line of the Hybrid PV/T Module has been built.However,the stability of the process needs to be further demonstrated.43 Excellence Award “Fuzhou

239、 New Area Binhai New City Intelligent Connected Transportation New Infrastructure Construction Project”Fuzhou Data Group Co.,Ltd.With the core elements of vehicle,road,cloud,network,and map,the development objectives follow the 1+1+1 model,aiming to construct an open digital automotive city industri

240、al development system.Fuzhou New Area Binhai New City Intelligent Connected Transportation New Infrastructure Construction Project answers the call of transportation power and digital China construction,combines its own industrial advantages and basic characteristics,and focuses on promoting the con

241、struction of innovative digital vehicle city.The project will complete the construction of new infrastructure on 80 square kilometers of main roads in Binhai New City,deploy vehicle supervision platform and vehicle-road collaborative cloud control platform,introduce self-driving taxis,self-driving b

242、uses,sweeper and car sales,etc.,realize vehicle-road collaborative innovation application services by integrating vehicle-road and cloud,and create a new high point for domestic leading economic and industrial development of digital vehicle city,thus facilitating the rapid development of the digital

243、 economy industry in the new District.44 Excellence Award “Fuzhou Comprehensive Transportation Operation Monitoring and Coordination Center（TOCC）”Fuzhou Data Group Co.,Ltd.Fuzhou Comprehensive Transportation Operation Monitoring and Coordination Center（TOCC）Architecture Diagram Through the applicati

244、on of new technologies such as big data,cloud computing,blockchain,artificial intelligence,and mobile internet in the transportation system,and following the principles of data integration as the foundation,demand for services as the guidance,and combination of peace and wartime,Fuzhou Data Group ai

245、ms to establish one comprehensive transportation operation monitoring and dispatch center,one comprehensive transportation data resource center,four comprehensive transportation application systems,and one guarantee system to form a transportation information system that provides strong support for

246、the development of Digital Fuzhou,City Brain.Insight Expert Commentary“The Fuzhou Comprehensive Transportation Monitoring and Co-ordination Center(TOCC)at first sight is similar to the various monitoring systems implemented in all cities.However,creating a smart management system using big data and

247、offering the public a user-friendly and convenient system may be the difference between this and other systems.The aging public transportation systems in ASEAN members including Jakarta,Kuala Lumpur,Bangkok and Ho Chi Minh City are in need of a fresh approach and updating in order to provide a user

248、friendly and efficient system.45 Since the Fuzhou TOCC has been completed,it is timely for the commercialization of the system but with international collaboration to understand the different laws and regulations in decision making and operation of the various systems in the ASEAN cities.We would pr

249、opose a formal dialogue with the various decision makers or promoters of new transport management systems and to customize the TOCC to be used in such cities.”Excellence Award “Micro-zero-carbon cycler based on integrated energy regulation technology”Beijing HyperStrong Technology Co.,Ltd.In the rea

250、lm of dual carbon,Beijing HyperStrong Technology Co.,Ltd.has introduced the notion of a zero carbon micro-element as an all-encompassing energy solution.This concept aims to enable each unit within the economy and society to achieve zero carbon emissions by utilizing their own zero-carbon energy res

251、ources based on local conditions.The company proposes a bottom-up energy revolution to implement this approach.Self-production and self-use contribute to the integration of energy production and consumption,thereby enabling the realization of a self-sustaining zero-carbon cycle within economic and s

252、ocial micro-units.This cycle encompasses the entire process from energy production to consumption,with zero-carbon energy serving as the fundamental component.The zero-carbon micro unit uses the pre-installed house as the physical carrier,and relies on the multi-port integrated energy control unit o

253、f photovoltaic,energy storage,power grid,diesel power generation system and load,and the orderly power consumption strategy based on big data analysis of energy consumption and photovoltaic power generation prediction ability to achieve the zero-carbon goal of energy self-sufficiency.Zero-carbon mic

254、ro-element can not only operate off the grid for a long time,but also connect to the large power grid,and achieve energy interconnection in the region according to the cloud scheduling strategy,forming a more resilient and smarter power grid energy supply system.At the same time,it has certain attri

255、butes of life,and can be easily expanded into a variety of commercial or public property practical uses(such as zero-carbon recycling cabins,zero-carbon security boxes,zero-carbon hotels without electricity,zero-carbon unmanned supermarkets,emergency relief facilities,etc.),which can be simpler and

256、more reliable to meet the peoples pursuit of a better life,especially in areas without electricity or weak electricity.46 Insight Expert Commentary“This area is relatively novel and still in the developing stage.There is a huge potential of it can be commercialised in mass.This means the cost has to

257、 be much more effective and applicability has to be more user friendly.Good idea and has massive potential.”Excellence Award “Autonomous Air-Ground Cooperative Tunnel Inspector”Hong Kong Productivity Council,Civil Engineering and Development Department,Hyder-Meinhardt Joint Venture Inspection of the

258、 internal surface of the tunnel is an essential yet challenging task in tunnel construction.Timely identification of diversiform tunnel surface defects(e.g.water leakage,concrete cracks and spalling,etc.)is critical for quality control in the construction stage,as well as regular inspection in the o

259、peration and maintenance stage.Conventional tunnel inspection methods rely on visual checking and manual recording of the inspection results inside the congested tunnel environment,which is time-consuming and inefficient.In recent years,advancements in AI and robotics technologies show promising pro

260、spects in tunnel inspection.In this project,an autonomous air-ground cooperated inspection system using UAV and UGV is currently under development for efficient and accurate tunnel surface inspection and defects detection.By integrating state-of-the-art techniques of robotics,precise positioning,and

261、 sensor fusion,the system can automatically inspect tunnel surfaces and generate detection reports.The system adopts three state-of-the-art techniques,namely the edge-computing device on air-ground cooperated system for on-site AI inspection,the heterologous robotic system for air-ground cooperation

262、 and integration with automated total station for precise positioning.By building upon these techniques,the inspection system can achieve efficient and accurate inspection of defects(e.g.,concrete cracks,spalling and water leakage)on the internal surface of the tunnel.The proposed system provides an

263、 innovative solution for automatic tunnel inspection with the techniques of precise positioning,air-ground cooperation,and sensor fusion.This can significantly alleviate the heavy workload of inspection personnel,improve operational safety on tunnel sites,and increase automation in the construction

264、industry.47 Insight Expert Commentary“The autonomous Air-Ground Cooperative Tunnel Inspector is very innovative and answers the need for the use of robots to inspect tunnels and construction sites instead of human labor.The many MRT tunnels and vehicular tunnels in China,ASEAN and APEC economies wil

265、l be the main beneficiaries of such a system and we are confident that it will be further developed to have more applications than just tunnels and construction sites including dams and water tunnels for water transfer.Proper maintenance and repairs will enable the long life of the tunnels as well a

266、s public security.We look forward to working with the promoter team in the ASEAN region with the localization of the technology and its application.”Excellence Award “Human-oriented outdoor thermal environment evaluation and optimization design”Hong Kong Polytechnic University Dr.Yu Yichen presentin

267、g the project on behalf of a team from Hong Kong Polytechnic University Rapid urbanization in Asia-Pacific cities has intensified the urban heat island effect,leading to more frequent and extreme heatwaves that endanger public health and constrain outdoor life.There is an urgent need to retrofit pub

268、lic open spaces with both passive cooling and active cooling technologies.This project aims to enhance liveability,sustainability,and outdoor thermal comfort in cities through an integrated 48 approach.Its primary goal is to develop a series of solutions to the urban overheating problem,encompassing

269、 both design and implementation phases.This project aims to develop a simulation tool incorporating computational fluid dynamics(CFD),a multi-nodal thermoregulation model,and thermal comfort model to accurately predict thermal perception in dynamic outdoor environments.First,the most effective CFD t

270、urbulence model will be identified to precisely simulate the flow field surrounding the human body.Next,a human thermoregulation model will be adapted to reflect dynamic outdoor conditions,integrating the impact of dynamic wind and radiation.The CFD simulation will be paired with the human thermoreg

271、ulation model to predict skin and core temperatures at a given environment.These key physiological parameters,drawn from the combined CFD-thermoregulation model,will feed into a thermal comfort model.The thermal comfort model incorporates an empirical correlation between physiological parameters and

272、 thermal sensations for stable and uniform indoor conditions.Since thermal alliesthesia,which is common in outdoor environments due to large spatial and temporal variations,is not currently incorporated,the team plans to update this empirical correlation using a large-scale,real-life collected datas

273、ets collected in different activity levels and different outdoor scenarios.Integrating these models will enable accurate prediction of thermal perception predictions under dynamic and transient outdoor thermal environments and provide quantitative evaluations of the effectiveness of passive or activ

274、e improvement measures.Additionally,the team is also engineering a radiant cooling panel that provides localized spot cooling to pedestrians via infrared radiation,and at the same time minimise the unwanted condensation using a novel thin membrane to prevents condensation.For the implementation of c

275、ooling strategies in urban spaces,the team suggests a need-based improvement approach.This method is based on the product of discomfort level and usage volume(need of improvement,NOI).A ranking system will be established to prioritize areas for thermal comfort improvement,with the highest priority g

276、iven to locations experiencing severe thermal conditions and high usage volume.This tool has great potential to assist urban outdoor environment planning to better allocate resources or strategies for improving outdoor thermal conditions.A demonstration at a large commercial park in southwest China

277、will showcase real-world implementation.This holistic initiative will produce knowledge and tools enabling better outdoor thermal comfort design,improved public health through increased time outdoors,and lower city-wide energy consumption with less reliance on air conditioning system.As over one-thi

278、rd of the global population resides in humid subtropical climates,the proposed solutions are broadly applicable and hold substantial commercialization potential in the face of ongoing urban overheating.49 Insight Expert Commentary“The design methodology and modeling,in this case,can help urban plann

279、ers and designers to provide more comfortable semi-open and open outdoor environments by assisting in the planning of building layouts,the selection of wall and flooring materials,the placement of green infrastructure,and the adoption of proactive measures to improve outdoor thermal conditions.The m

280、embrane-assisted radiant cooling panels developed in this project can also be applied as active cooling in outdoor scenarios.It is recommended to further deepen the research and promote the practice based on the existing research results,including updating the outdoor thermal comfort model to includ

281、e thermal sensation in the outdoor environment.Develop a comprehensive ranking system to prioritize the improvement of thermal comfort performance in urban spaces.Improve the design and performance of the Membrane-assisted radiant cooling panel system by improving the strength and lifetime of the sh

282、ield and enhancing the spectral IR transparency.Develop cost-effective radiant cooling panels that address large-area applications and integration with design,and extend to other climate zones to meet different needs and application scenarios for cooling and heating.”Finalist Award “Industrial Park

283、VOCs Gas Monitoring and Intelligent Early Warning Service System Based on Semiconductor Sensors”Aerospace Kai Tian Environmental Technology Co.,Ltd.VOCs intelligent early warning monitoring devices help enterprises to develop EHS system much more precisely 1.Development of Ceramic Semiconductor Sens

284、ing Components and Their Matching Systems:The proposed semiconductor sensors will utilize new ceramic semiconductor materials to fabricate the sensing elements,aiming to achieve the goal of low concentration 50 (ppm level)and high precision monitoring of VOCs.The designed sensing components will con

285、sist of a heating coil,aluminum tube,and the new ceramic semiconductor material.The internal resistance of the sensing element will change when VOCs gas contacts the surface of the new ceramic material.By measuring the resistance change,the gas concentration can be determined.Two metal electrodes wi

286、ll be placed at the ends of the aluminum tube to measure the semiconductor resistance.2.Development of Machine Learning Models for VOCs Intelligent Early Warning:(1)In the data preprocessing phase,methods such as Z-score and moving average will be used to filter abnormal data.Linear interpolation an

287、d nearest neighbor interpolation will be employed for data imputation.Principal component analysis and other methods will be utilized to reduce the dimensionality of the data.(2)In the establishment of the intelligent early warning model,a bidirectional recurrent long short-term memory neural networ

288、k(BLSTM)will be adopted to predict VOCs concentration at a single point based on data from a single point.Attention mechanism will be incorporated,and a bidirectional structure will be used for both forward and backward temporal connections learning.A CNN will be employed to predict the VOCs concent

289、ration at a single point using information from multiple monitoring points.(3)The online learning part of the model aims to continuously adjust the models parameters to adapt to the variability of VOCs concentration in the industrial park.Regularization,activation function variation,hyperparameter o

290、ptimization,and expansion of the dataset will be utilized to improve the models generalization ability.Finalist Award “Carbonebook Enterprise Carbon Management Platform”Shanghai Carbonebook Co.,Ltd.CarbonebookTM is a carbon emission management SaaS solution that has been certified by the SGS,an inte

291、rnational authoritative certification organization,providing carbon accounting,carbon emission reduction,and carbon assets management services for clients in various industries based on big data,artificial intelligence technologies etc.Based on powerful data support,CarbonebookTM provides enterprise

292、s with customized modeling,supply chain carbon management and related carbon emission reports,and helps enterprises build a measurable,traceable and manageable scientific carbon management system.Together with enterprises promoting carbon 51 emission reduction throughout the industry,corporate users

293、 can benefit from environmental and economic aspects.The CarbonebookTM SaaS carbon management platform directly serves 750 customers,covering multiple industries such as chemical and biological industries and manufacturing.24 million tons of Co2e carbon emissions have been identified,of which 12%hav

294、e been reduced.Insight Expert Commentary“The Carbonebook Enterprise Carbon Management Platform has been applied and proven in the market.The system can efficiently carry out carbon emissions accounting for industries and businesses and manage the carbon footprint from raw material sourcing,productio

295、n,sales,transportation,usage and disposal.However,it is still mainly a static system based on collection and analysis of data.I would like to see more novel applications of Artificial Intelligence and individual customization of the system to bring it to the next level of innovation and to make it a

296、 cutting edge,a dynamic system able to be replicated easily worldwide.”Finalist Award “Fujian Artificial Intelligence Computing Center”Fuzhou Electronics&Information Group CO.,LTD.The Fujian Artificial Intelligence Computing Center is the first large-scale AI computing cluster in southeast China,usi

297、ng a Chinese self-developed full-stack AI computing infrastructure.Fujian Artificial Intelligence Computing Center is located in Fuzhou Binhai New Town.Constructed and operated by Fuzhou Electronics&Information(Group),Ltd.owned by Fuzhou New Area Group,the center is the first large-scale AI computin

298、g power 52 cluster in southeastern China and the only project gaining approval to construct the National New-generation AI Public Computing Open Innovation Platform(preparatory)in Fujian province,which has been listed as part of domestic AI computing power strategy system.Fujian AI Computing Center

299、is expected to incorporate computing power of 400P.Now the first phase of 105P computing power has completed construction and put into use,including 100P AI training computing power and 5P reasoning computing power.The center consists of AI training service system,AI reasoning service platform,data

300、center management platform,with the ability to provide full scenario,multi-dimensional artificial intelligence services to the whole province,including AI deep learning framework.Its cabinets are equipped with more than 500 model algorithm libraries,among which there are several hundred-billion-leve

301、l AI foundation models based on natural language processing.The center displays five highlights as being domestically researched and developed,green low-carbon,with high density computing power and integrated operation platform,and fostering collaboration between industry,academia,and research.At pr

302、esent,Fujian Artificial Intelligence Computing Center has reached cooperation intentions or signed contracts with 171 companies and scientific research institutions.It has also signed cooperation agreements with Renmin University,Xiamen University,Fuzhou Data Technology Research Institute and other

303、scientific research teams in the field of artificial intelligence to jointly introduce ChatImg multi-modal foundation model,BailuJiaye sign language translation foundation model and DDE geological fault model etc.Finalist Award“A solution for the digital and intelligent transformation of small and m

304、edium-sized enterprises in the park based on AI technology”Terminus Technology Group Co.,Ltd At the Artificial Intelligence Open Innovation Center of Terminus Smart Industrial Park,enterprise employees are undergoing AI algorithm training 53 The Terminus Artificial Intelligence Open Innovation Cente

305、r focuses on the park and focuses on the segmented field of artificial intelligence.By building a standard physical space of 500-3000 square meters,it mainly provides low-cost and low threshold artificial intelligence industry incubation services for small and medium-sized enterprises in the park,pr

306、oviding urban digital transformation solutions.Supported by the artificial intelligence capability platform as the core technology,they assist enterprises in incubating their own artificial intelligence technology based on their own industrial data and feeding it back to the industry,achieving the d

307、igital transformation of enterprises.It is suitable for various planned,under construction,and existing digital economy industrial parks,and is committed to creating digital industry demonstration parks with local characteristics that can drive the development of urban digital economy.Insight Expert

308、 Commentary“The concept of the Terminus Artificial Intelligence Open Innovation Centre is interesting as it focuses on the development of artificial intelligence and its applications as well as the incubation services for SMEs in the traditional High Tech Park.Its target of providing urban digital t

309、ransformation solutions and assisting enterprises in incubating their own artificial intelligence technology based on their own industrial data and applying such technology for the digital transformation of enterprises is interesting.Furthermore,such a centre can be used for existing digital economy

310、 industrial parks as well as for parks under development.ASEAN members are actively promoting the digital economy,and many data hubs have been set up in Malaysia,Singapore and Thailand with the aim of storing data and supporting the AI industry.However,there are no active AI Innovation Centre establ

311、ished yet in many of these digital economy hubs and thus there is a great opportunity of the concept to be developed and implemented in tthe future.In Malaysia,we can foresee the establishment of such AI Innovation Centres in the various industrial parks,and we shall need a proper working model and

312、financial model which can be applicable.”Finalist Award “Gulou Intelligent Brain Project”Office of the Leading Group for the Construction of the Gulou Demonstration Zone in Digital Fujian“Digital Fujian”marks the conceptual origin and practical starting point of“Digital China”.In Gulou District,the

313、only county demonstration area in the practice of Digital Fujian,Chinas first convenient call center 12345 has been built and promoted economy-wide.In 2018,Gulou District released the Three-Year Action Plan for the Construction of Digital Gulou District and proposed the Gulou Intelligent Brain Demon

314、stration Project.Gulou Intelligent Brain won the“2020 Chinas Leading Smart City”and“2021 Chinas Leading Smart City”in the Asia-Pacific region,as well as honorary titles such as“Excellent Practice Award for Digital Government 54 Construction”,“China Urban Governance Innovation Case Award”,“Digital Go

315、vernment Management and Innovation Award”,“Top Ten Cases of Innovative Social Governance of the Year”,etc.Currently,Gulou Intelligent Brain has entered the 3.0 stage.In the process of evolution,Gulou Intelligent Brain adheres to the principles of adapting measures to local conditions,scientific plan

316、ning,and moderate advancement.Based on Big Data,IoT,Artificial Intelligence and other technologies,Gulou Intelligent Brain integrates Data Center,Digital Twin full-portrait city platform,urban AI capability center and basic capability center to create a digital base,aggregate discrete resources,and

317、connect data silos.Focusing on the five-in-one of digital party and government,digital economy,digital governance,digital society,and digital ecological civilization,the Intelligent Brain empowers applications in specific scenarios.In the future,Gulou District will adhere to its basic positioning an

318、d strive to build a modern international city and the most beautiful window in the Asia-Pacific region.With the goal of creating a happy city that is livable,resilient,innovative,smart,green,and humanistic,and staring from the positioning as a Intelligent Social Governance Experimental Base,they wil

319、l continue to make efforts in the fields of new infrastructure,data empowerment,public support capabilities,and digital urban application scenarios to fully empower the sustainable development of Gulou District.Insight Expert Commentary“The project is a practical point of Digital Fujian,with a solid

320、 technical foundation,wide coverage,great influence and rich service content.However,the smart city project is more important to the application effect.We hope that the project can reflect more social changes brought by the system in terms of implementation effects.”Finalist Award “SD+whole-process

321、intelligent energy management ecology”Yunnan Shangding New Energy Co.,Ltd 55 SANDISOLAR+MICROGRID SD+EcoCloud controls your power SD+EnergiUnit as a unit,SD+through AIOT technology to create a multi-category power source can be used,through the intelligent gateway control,and energy storage to achie

322、ve the power scheduling of intelligent energy management ecological SD+EcocloudSD+joint suppliers and local service providers to provide quality services,from multiple perspectives to increase the value of energy,improve energy 56 utilization,to help you achieve the From the generation,storage and c

323、onsumption of electricity to the booking and trading of electricity.SD+EnergiUnits future-proof solutions 4 simple steps:SD+EcoClouds smallest components help users intelligently manage energy input,storage,consumption and trading.(1)Solar Energy System:SD+provides PV system design and installation

324、services in conjunction with a local service provider.SD+EcoCloud intelligently monitors the system,predicts power generation based on weather data,and uses it to plan power consumption,helping users reduce electricity costs.(2)EnergiCore:The smart gateway receives and analyzes data from smart meter

325、s and smart furniture,optimizes power consumption and scheduling through intelligent algorithms,and achieves remote control of controllable loads and power consumption management.(3)EnergiSense:The smart meter is mainly responsible for collecting and transmitting power consumption data,assisting use

326、rs in energy saving optimization and power consumption safety monitoring.(4)EnergiFlow:stores excess PV power generation and activates it when the system is not generating power,solving the problem of PV consumption to ensure efficient energy use,and can also be used to reduce peaks and valleys to s

327、ave electricity costs.Users can realize the management and scheduling of EnergiFlow through SD+EcoCloud.Insight Expert Commentary“Good project.Contains several essential elements in one system.Easy to generalize and optimize.However need more evidence in the current international practice in the Phi

328、lippines and Thailand as there is quite a lot of competitors in this energy optimization area.”Finalist Award“E-Surfing Digital Platform for Comprehensive Service in Rural Area”E-surfing Digital Life Technology Co.,Ltd.E-Surfing Digital Rural Platform,a digital rural platform planned and constructed

329、 by China Telecom,is positioned as a new digital infrastructure platform for implementing the domestic rural revitalization strategy.In accordance with the overall goal of intelligent life,intelligent production,and digital governance,relying on China Telecoms broadband,5G,and IoT access capabilitie

330、s,it gathers and connects various intelligent devices,driven by data,and connects digital governments and smart cities upwards,Connect farmers smart families downwards,horizontally connect with various agricultural and rural application platforms,and internally connect 57 with China Telecoms grid ma

331、nagement related systems,building a comprehensive information service platform that provides comprehensive and three-dimensional services for agriculture,rural areas,farmers,and grassroots governments.Finalist Award “HoneyNet for Actionable Threat Intelligence”Hong Kong Applied Science and Technolog

332、y Research Institute Company Limited(ASTRI)Most people mistakenly think they are immune to cyber threats.However,the new trend of cyber terrorism targets Critical Infrastructures(Cs)like power supply,telecommunications,mass transportation,and financial services,causing significant social impact.Proa

333、ctive investment in cybersecurity to thwart attacks becomes necessary.Honeypot captures large volumes of attacker activity data for analysis,but without automated intelligent tools,it is impossible for cybersecurity experts to extract valuable,actionable intelligence from the data.ASTRIs HoneyNet platform addresses these issues,making it easier to scale up Honeynets and automatically obtain action