Focus Areas |
Description |
| Renewable Energy |
Propose new renewable energy technologies and application forms based on the concept of low carbon and environmental protection, including but not limited to optimisation methods, new technologies, energy supply strategies, etc. The proposals should be innovative, practicable and scalable. |
| Building Energy Efficiency |
Propose technical measures for passive buildings, prefabricated buildings, zero-energy buildings, healthy buildings, etc; green technologies, method strategies and ideas for energy-saving renovation and green operation of the existing buildings. The proposals should be innovative, practicable and scalable. |
| Mechanisms to Incentivse the Reduction of Carbon Emissions |
Propose and promote mechanisms to incentivise the reduction of carbon emission, namely quantify and ascribe value to the actions reduce energy and carbon emission by small micro enterprises, communities, families and individuals, to establish product concept and technology strategy related to positive guidance mechanism combining commercial incentive, policy encouragement and certified emission reduction trading. The proposals should be innovative, practicable and scalable. |
| Smart Lifestyles and Amenities |
With the theme of "smart lifestyles and amenities", to propose digital and innovative solutions centering on healthcare, education, safety, tourism, community services, etc., which are conducive to effectively improving people's living standards. The proposals should be scientific, practicable and scalable. |
| Smart Transportation |
With the theme of "smart transportation", make full use of the Internet of things, cloud computing, internet, artificial intelligence, automatic control, mobile internet and other technologies to propose technical methods and services to control and support for all aspects of the transportation field including traffic management, transportation, public travel, and the entire process of transportation construction management facilities and implementation strategies, etc., in order to enable the transportation system to have the capabilities of perception, interconnection, analysis, prediction, and control within the time and space of the city, so as to fully guarantee traffic security, exert the efficiency of transportation infrastructure, and improve the transportation system operation efficiency and management level. The proposals should be innovative, practicable and scalable. |
| Smart Development Projects |
For the theme of "smart development projects", participating teams should come up with practical technical solutions, implementation strategies and products related to smart construction, smart residential estates, smart offices and smart business parks, which leverage technology to reduce carbon emissions during the construction and operation stages as much as possible. |
| Other Approaches towards Carbon Decarbonisation |
In addition to urban renewable energy, building energy conservation, mechanism to incentivise the reduction of carbon emission, smart lifestyles, smart transportation and smart development projects, other implementation paths of carbon emission reduction include: water environment management, soil environment management, atmospheric environment management, solid waste management, etc, which are innovative, practicable and scalable. |
