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The Latest Policy on Photovoltaics in 2024: Photovoltaic Technology

Release Time:

2024-05-06

Before understanding these policies, we first know that photovoltaic technology refers to the technology that can directly convert the sun's light energy into electrical energy. Photovoltaic cells made with this technology are easy to use. The following are the 2024 policies related to photovoltaic technology compiled by Sobi Photovoltaic Network for everyone, hoping to help you.

Serial Number	Region	Department	Policy Documents	Key Points
1	Zhejiang Province	Yueqing Municipal Bureau of Economy and Information Technology	Notice on the publication of the 2023 Yueqing City high-end equipment product catalog library	Expert review confirmed that 32 products of 14 enterprises finally met the requirements, and now announced the 2023 Yueqing high-end equipment product catalog library, which is valid from February 1, 2024 to January 31, 2027
2	Shandong Province	People's Government of Shandong Province	Notice on Several Measures to Support the Development of Perovskite Solar Cell Industry	Focus on the key basic theory and application basic technical problems faced by the development of perovskite solar cell technology, through the provincial natural science fund, support enterprises, colleges and universities to carry out perovskite material crystal growth and phase change mechanism, perovskite solar cell surface interface defect regulation, stability attenuation mechanism and other basic research, to provide theoretical support for the development of perovskite solar cell industry.
3	Anhui Province	Anhui Provincial Department of Economy and Information Technology	Notice on the Collection of Guidance Catalogues for Products and Key Technologies in Key Areas of Manufacturing Industry	Focus on new energy vehicles, advanced photovoltaics and new energy storage, integrated circuits, new displays, high-end equipment, new materials and other emerging industries and future industries such as quantum information, meta-universe, brain-computer interface, humanoid robots, general artificial intelligence, biological manufacturing, as well as key components, key components, key materials, key software, key processes and industrial technology foundation (inspection, test verification) and other important fields, the urgency, innovative technology and product demand for breakthrough and industrial application can be achieved within 2-3 years.
4	Gansu Province	Department of Science and Technology of Gansu Province	Notice on Organizing the Application of 2024 Provincial Science and Technology Plan Projects in Gansu Province	The key support direction in the industrial field of the 2024 provincial science and technology plan (major science and technology special plan) project is the manufacturing of key common technologies for new energy, the research and development and application of new energy storage for large-capacity wind turbines, new high-efficiency photovoltaic cells and components, high-proportion new energy transmission and distribution key components and complete sets of equipment, and the support for high-nickel ternary, lithium ion batteries, sodium ion batteries, liquid flow batteries, molten salt energy storage and compressed air storage, green electricity hydrogen (ammonia) key materials and equipment research and development and application. In terms of large-scale grid-connected consumption, we support the research and development of key technologies for photothermal energy storage and electrohydrogen fusion peaking, distributed photovoltaic in-place consumption and application recycling, and support the reorganization of decommissioned power batteries, life evaluation and comprehensive utilization of cobalt-nickel component recycling, and the research and development of remanufacturing and recycling technologies for decommissioned wind turbines, photovoltaic component parts and materials.
5	Shanghai	Shanghai Municipal Bureau of Ecological Environment	Notice on Issuing Six Carbon Inclusive Methodologies, including "Shanghai Carbon Inclusive Emission Reduction Project Methodology Distributed Photovoltaic Power Generation"	Distributed photovoltaic power generation projects make full use of clean and renewable solar energy resources, which can replace and reduce the use of fossil energy, and have good environmental benefits. The project monomer volume is small, while the scattered layout makes it more difficult to operate on a large scale. In order to encourage the construction and operation of such projects, emission reduction projects using this methodology are exempted from additional demonstration.