On August 31, the Shanghai Science and Technology Commission issued the Notice on Issuing the Guidelines for the Declaration of Carbon Neutralization Projects Supported by Science and Technology in Shanghai's 2023 "Science and Technology Innovation Action Plan". The notice points out that the scope of this solicitation is divided into five major topics, including photovoltaic direction, focusing on breakthroughs in key technologies such as improving the efficiency of offshore wind farms and new generation of high-efficiency solar photovoltaic cells." To provide technical support for the large-scale development of renewable energy power generation in this city. In addition, around waste recycling and remanufacturing, we will focus on breaking through the high-value recycling technology of waste photovoltaic panels, retired power batteries, solid waste and other wastes to support the construction of waste-free cities. In the direction of
hydrogen energy, focusing on the development of hydrogen energy technology and industry, we will focus on breaking through key technologies such as low-carbon hydrogen production and fuel cell hydrogen to support the high-quality development of the city's hydrogen energy industry. In the direction of
energy storage, focusing on the development trend of energy storage technology, we will focus on breaking through the key technologies of new energy storage, such as all-solid-state batteries, calcium-based thermochemical energy storage and high-temperature molten salt heat storage, to solve the problem of large-scale access of renewable energy such as wind and light.
The original text is as follows:
Notice
on Issuing the Guidelines for the Application of Carbon Neutralization Projects Supported by Science and Technology in Shanghai's 2023 "Science and Technology Innovation Action Plan" All relevant units:
In order to further implement the innovation-driven development strategy, To speed up the construction of science and technology innovation centers with global influence, according to the "14th Five-Year Plan for Shanghai to Build a Science and Technology Innovation Center with Global Influence" and the "Implementation Plan for Shanghai Science and Technology to Support Carbon Peak and Carbon Neutralization", the Shanghai Science and Technology Commission has issued the "Science and Technology Innovation Action Plan" for 2023. Guidelines for the application of special projects for science and technology to support carbon peak and carbon neutralization.
1. Topic of collection
scope 1. Direction of green and low-carbon transformation
of energy 1. Research contents: (1) Research on key technologies of spatial array layout optimization of large offshore wind farm wind turbine cluster, Offshore wind farm global high-precision power generation prediction integrated system, to achieve large-scale offshore wind farm power generation increased by more than 4%; (2) Research on key technologies of environment-friendly, efficient and stable perovskite solar photovoltaic modules, key materials of high-performance perovskite thin films and low-cost large-area film-forming processes to achieve conversion efficiency of square meter-level perovskite solar photovoltaic modules of more than 20%.
Execution period: December 1, 2023 to November 30, 2026. Amount of
funding: non-quota funding, no more than 2 projects to be supported, no more than 3 million yuan for each project, and no less than 1:1 ratio of self-raised funds to the application for funding. Requirements for
the applicant: Direction of enterprises
in this city 2.
Research contents: (1) Research on the key technology of hydrogen production by water electrolysis with high-efficiency anion exchange membrane. A high efficiency anion exchange membrane water electrolysis hydrogen production device with 20 kW level and 5000 A/m2 current density was developed, and the application demonstration verification was completed; (2) Research on the key technologies of vehicle fuel cell health monitoring and life optimization based on cloud big data platform, establish the hydrogen fuel cell system operating life and fault characteristics database and hydrogen fuel cell life prediction model based on real-time vehicle data, the error between the prediction result and the actual value is less than 7%, and the life of vehicle hydrogen fuel cell system is more than 30000 hours.
Execution period: December 1, 2023 to November 30, 2026. Amount of
funding: non-quota funding, no more than 2 projects to be supported, no more than 3 million yuan for each project, and no less than 1:1 ratio of self-raised funds to the application for funding. Requirements for
the applicant: Direction of enterprises
in this city 3.
Research contents: (1) Research on materials and key processes of sulfide all-solid-state batteries, and development of new sulfide all-solid-state batteries. Battery cell monomer capacity ≥ 10 Ah, energy density ≥ 500 Wh/kg; (2) Study the thermochemical energy storage technology based on 100-micron calcium-based powder particles, and form a demonstration application of calcium-based thermochemical energy storage with energy storage efficiency of more than 60% and capacity of more than 10 MWh; (3) Study the design and optimization of low-cost composite high-temperature molten salt materials, design integration and safety control of high-temperature molten salt heat storage system, and build a molten salt heat storage system of more than 10 MWh.
Execution period: December 1, 2023 to November 30, 2026. Amount of
funding: non-quota funding, no more than 3 projects to be supported, no more than 3 million yuan for each project, and no less than 1:1 ratio of self-raised funds to the application for funding. Requirements for
the applicant: direction of legal person or unincorporated organization
in this city 4.
Research contents: (1) Research on the technology of improving the carrying capacity of urban power grid for new power system. Urban distribution network source-network load-storage collaborative planning and intelligent operation management and control technology, the development of compact low-voltage flexible interconnection devices, high-voltage cable non-destructive health monitoring system and other equipment, the formation of a demonstration application to increase the carrying capacity of distribution network by more than 50%; (2) Research on the key technologies of high-efficiency intelligent control of new power distribution system for complex scenarios of source-network load storage and charging, develop key protection and control equipment such as DC arc extinguishing, critical load current breaking, unipolar full voltage breaking, zero flashover and so on, and form demonstration applications; (3) Research on technologies such as state assessment of urban rail transit regional power supply system, intelligent power dispatching, intelligent distributed protection and self-healing operation of power network with new energy as the increment, develop an intelligent power dispatching simulation platform based on rail transit load forecasting model, and form a rail transit regional demonstration application with new energy penetration rate not less than 15%.
Execution period: December 1, 2023 to November 30, 2026. Amount of
funding: non-quota funding, no more than 3 projects to be supported, no more than 5 million yuan for each project, and no less than 1:1 ratio of self-raised funds to the application for funding. Requirements for
declaration subject: Special topic II of enterprises
in this city. Direction of low-carbon industry and remanufacturing
1. Research contents: (1) Research on the technology of synergistic coupling reaction between carbon dioxide mineralization and utilization of industrial waste gas and steel slag, the technology of recycling reclaimed water and chelating agent, and the development of new reactors. In large iron and steel parks, the emission reduction is greater than 1.
Implementation period: December 1, 2023 to November 30, 2026. Amount of
funding: non-quota funding, no more than 2 projects to be supported, no more than 5 million yuan for each project, and no less than 1:1 ratio of self-raised funds to the application for funding. Requirements for
declaration subject: direction of enterprises
in this city 2.
The research contents are as follows: (1) The key technologies of deep separation and value-added utilization of valuable elements in waste solar photovoltaic panels are studied to realize the deep separation, purification and reuse of valuable elements in solar photovoltaic panels, the deep separation of associated components and the preparation of advanced functional materials, and the separation rate of valuable elements in solar photovoltaic panels is not less than 95%. The recovery and utilization rate of energy metals is ≥ 90%, and the demonstration of separation and utilization of valuable elements and associated components of solar photovoltaic panels is ≥ 2000 tons per year; (2) Research on key technologies such as enhanced control logic design of retired power batteries and battery capacity increase/repair, so as to increase the capacity of bus retired power batteries with residual capacity of 75% -80% by more than 5%, and form a batch demonstration application of ≥ 12000 KWh; (3) Study the key technology of multi-source solid waste resources and energy coupling utilization, form the pilot verification and product testing capability of multi-source solid waste energy and resource utilization technology, build a large-scale low-carbon solid waste park comprehensive demonstration, realize the energy output of the park increased by more than 10%, and the daily treatment scale of multi-source waste reuse ≥ 1500 tons/day.
Execution period: December 1, 2023 to November 30, 2026. Amount of
funds:
1.2.
Requirements for the subject of application: special topics of enterprises
in this city III. The research objective of new energy vehicles
Research contents: (1) Research on the technology of synergistic coupling reaction between carbon dioxide mineralization and utilization of industrial waste gas and steel slag, the technology of recycling reclaimed water and chelating agent, and the development of new reactors. In large iron and steel parks, the emission reduction is greater than 1.
Implementation period: December 1, 2023 to November 30, 2026. Amount of
funding: non-quota funding, no more than 2 projects to be supported, no more than 5 million yuan for each project, and no less than 1:1 ratio of self-raised funds to the application for funding. Requirements for
declaration subject: direction of enterprises
in this city 2.
The research contents are as follows: (1) The key technologies of deep separation and value-added utilization of valuable elements in waste solar photovoltaic panels are studied to realize the deep separation, purification and reuse of valuable elements in solar photovoltaic panels, the deep separation of associated components and the preparation of advanced functional materials, and the separation rate of valuable elements in solar photovoltaic panels is not less than 95%. The recovery and utilization rate of energy metals is ≥ 90%, and the demonstration of separation and utilization of valuable elements and associated components of solar photovoltaic panels is ≥ 2000 tons per year; (2) Research on key technologies such as enhanced control logic design of retired power batteries and battery capacity increase/repair, so as to increase the capacity of bus retired power batteries with residual capacity of 75% -80% by more than 5%, and form a batch demonstration application of ≥ 12000 KWh; (3) Study the key technology of multi-source solid waste resources and energy coupling utilization, form the pilot verification and product testing capability of multi-source solid waste energy and resource utilization technology, build a large-scale low-carbon solid waste park comprehensive demonstration, realize the energy output of the park increased by more than 10%, and the daily treatment scale of multi-source waste reuse ≥ 1500 tons/day.
Execution period: December 1, 2023 to November 30, 2026. Amount of
funds:
1.2.
Requirements for the subject of application: special topics of enterprises
in this city III. The research objective of new energy vehicles
is to meet the needs of green and low-carbon development of transportation equipment, focus on breakthroughs in key technologies such as key components, vehicles and testing of new energy vehicles, and support the high-quality development of new energy vehicles in the city.
The research contents are as follows: (1) Develop a deep coupling electric drive assembly based on 800 V high voltage platform and silicon carbide devices. The power density of silicon carbide motor controller is ≥ 40 kW/L, and the peak efficiency is ≥ 99%. Peak power density of electric drive assembly ≥ 2.
Implementation period: December 1, 2023 to November 30, 2026. Amount of
funds:
1.2.
Requirements for the subject of application: Special topics for enterprises
in this city IV. The research objective of low-carbon construction
is to focus on the green manufacturing of building materials, as well as low-carbon design, construction, renewal and other technologies, so as to provide technical support for the whole process of green and low-carbon transformation of buildings and infrastructure.
The research contents are as follows: (1) To study the heat-fluid-solid coupling of tunnel heat exchange segments, the improvement of heat exchange efficiency, the construction and operation of shield energy tunnel and other technologies, so as to reduce the energy consumption of tunnel operation and maintenance by 75% compared with the current energy-saving standard and carry out demonstration; (2) Research on the design and construction technology of near-zero carbon ground roads, develop new carbon capture materials for roads, the self-sufficiency rate of clean energy for roads is more than 80%, and the carbon emission intensity of infrastructure in the whole life cycle is 40% lower than average level of the whole city; (3) developing high-strength green weather-resistant steel with yield strength of more than or equal to 550N/m2 and elongation of more than or equal to 20%, reducing carbon emission in the production process by 20%, saving materials by 40% compared with traditional buildings, and forming and applying a new high-performance steel-concrete building structure with carbon emission reduced by 40%; (4) Research on the technology of non-stop low-carbon intelligent improvement and space-time collaborative organization optimization of large-scale transport hubs, so as to realize that the proportion of green energy is more than 30%, the comprehensive energy efficiency is increased by 30%, the carbon emission is reduced by 40%, and the transport transfer efficiency is increased by 20% after the hub is updated.
Execution period: December 1, 2023 to November 30, 2026. Amount of
funds:
1.2.
Requirements for the subject of application: special topics of enterprises
in this city. Negative carbon technology
research objective: focus on CCUS technology and ecosystem carbon sink research, carry out negative carbon technology innovation, and support the realization of carbon neutral goal in our city, focusing on the research and development needs of negative carbon technology under the carbon neutral vision.
Research contents: (1) Study the key technologies such as carbon-oxygen double bond activation and carbon-carbon coupling, realize the high-efficiency and high-value utilization of carbon dioxide electro-reduction, and complete the technical verification of kiloton/year carbon dioxide high-efficiency electro-reduction to produce multi-carbon products; (2) Study the key technologies of carbon sequestration battery, develop gas electrodes with strong carbon dioxide reduction catalytic activity, and develop carbon dioxide in-situ energy conversion devices; (3) Study the spatial formation mechanism of carbon sink in coastal salt marshes of the Yangtze River Estuary, the fine prediction and assessment technology of carbon sink in coastal salt marshes under different climate change and human activity scenarios in the future, and the technology of increasing carbon sink in coastal salt marshes of the Yangtze River Estuary.
Execution period: December 1, 2023 to November 30, 2026. Amount of
funds:
1.2.
Requirements for declaration subject: legal person or unincorporated organization
in this city II. Requirements
for declaration In addition to meeting the corresponding conditions mentioned above, The following requirements shall also be followed:
1.2.3
. The person in charge of the project shall promise the authenticity of the submitted materials, and the applicant shall be responsible for the applicant's application qualification, and shall examine the authenticity and integrity of the application materials, and shall not submit project applications with confidential contents. 4.5.6
.
III.
1. The applicant enters the declaration page through the "Shanghai, China" portal (http://www.sh.gov.cn)-government service-click on the "Shanghai Financial Science and Technology Investment Information Management Platform". Or https://czkj.sheic.org.
directly through the domain name, see the online help for instructions.
2.
Fourth, the review method
adopts a round of communication review.
The Shanghai Municipal Science and Technology Commission will publicize the list of proposed projects to the public and accept public objections.
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