Tianjin: If the new energy storage capacity does not meet the standard, a deduction will be made for the corresponding 2 times of the new energy capacity.

2. Accelerate the development of new energy storage industry system

5. Promote the research and development and demonstration of key technologies. Increase the research and development of energy storage technology and equipment. Focusing on the goals of low cost, long life, high safety, and high energy density, mobilize the forces of enterprises, universities, and research institutes in a "challenge-taking" manner to concentrate on tackling energy storage theory and key materials, units, modules, and system-related technologies, and accelerate the realization of independent core technologies. Actively promote the research and development and demonstration applications of various advanced energy storage technologies such as electrochemical energy storage, thermal (cold) energy storage, flywheel energy storage, compressed air energy storage, and hydrogen energy storage, accelerate the development of system integration and intelligent control technology, and gradually improve the level of intelligent application of energy storage in the power system. (The Municipal Science and Technology Bureau, the Municipal Industry and Information Technology Bureau, and the Municipal Power Company are responsible according to their respective duties)

6. Improve the technological innovation system. Accelerate the establishment of an energy storage technology innovation system that is enterprise-based, market-oriented, and combines production, education, research, and application. Give full play to the dual role of government guidance and market dynamism, strengthen the strategic layout and systematic planning of energy storage technology innovation, accelerate the transformation of innovative results, and enhance innovation capabilities in the field of new energy storage. Support the construction of Tianjin University's National Energy Storage Technology Industry-Education Integration Innovation Platform, and encourage the construction of a number of new energy storage technology sub-platforms and key laboratories. Support enterprises and research institutes to carry out research on key technologies, layout applications, business models, policy mechanisms, etc. for new energy storage, and provide scientific decision-making for the high-quality development of new energy storage. (The Municipal Science and Technology Bureau, Municipal Education Commission, and Municipal Development and Reform Commission are responsible for their respective duties)

7. Improve the new energy storage industry chain. Cultivate and extend the upstream and downstream industries of new energy storage, and promote the development of the entire new energy storage industry chain by relying on key enterprises with independent intellectual property rights and core competitiveness. Strengthen the connection between new energy storage manufacturing enterprises and energy storage project construction enterprises, promote a number of upstream and downstream strategic cooperation in the industry, and use projects to drive the development of energy storage material production, equipment manufacturing, energy storage integration, and operation and testing industries, and promote the large-scale development of the new energy storage industry. (The Municipal Bureau of Industry and Information Technology, the Municipal Bureau of Science and Technology, and the Municipal Development and Reform Commission are responsible for their respective duties)

8. Improve the level of informatization and control of energy storage systems. Encourage the research and development and application of energy informatization technology, and on the premise of ensuring network information security, promote the deep integration of energy storage infrastructure with energy technology and information technology, and gradually realize the energy Internet control of energy storage facilities. Support the construction of open and shared distributed energy storage big data platforms and energy comprehensive service platforms, rely on information technology and Internet technology to achieve the optimal configuration of energy storage facilities and various energy resources, give full play to the diversified role of energy storage systems in the energy Internet, and improve the economy, flexibility and reliability of energy systems. Explore new modes of combined application of various energy storage resources such as electric vehicle power batteries, household energy storage, uninterruptible power supplies, etc., to improve the comprehensive utilization efficiency of energy storage facilities. (The Municipal Bureau of Industry and Information Technology, the Municipal Bureau of Science and Technology, and the Municipal Development and Reform Commission are responsible according to their respective duties)

3. Strengthening the management of new energy storage projects

9. Standardize the development process. New energy storage power station projects are subject to local filing management, and each district will promptly copy the filing documents to the relevant municipal departments. New energy storage power station projects (excluding user-side energy storage) are subject to demonstration project management. The Municipal Development and Reform Commission, the Municipal Industry and Information Technology Bureau, and the Municipal Power Company will coordinate the construction needs of new energy storage, form a list of demonstration projects with each district and implement them on a rolling basis, and the Municipal Planning and Resources Bureau will ensure the land use for project planning. Each district is responsible for promoting the implementation of new energy storage power station projects, urging demonstration projects to speed up the processing of various construction procedures, promoting the timely start of construction of projects, and submitting monthly summaries to the Municipal Development and Reform Commission. For new energy storage power stations that have completed filing and are included in the demonstration projects, their supporting grid access projects are deemed to be included in the power planning. Grid companies should provide grid access services for new energy storage power station projects, coordinate and promote the implementation of supporting grid connection projects, clarify the grid connection process of new energy storage power station projects in accordance with the principle of "simplifying procedures and improving efficiency", issue grid connection opinions in a timely manner, and provide grid-related services such as grid connection commissioning and acceptance. (The Municipal Development and Reform Commission, Municipal Industry and Information Technology Bureau, Municipal Planning and Resources Bureau, the People's Governments of each district, and the Municipal Power Company are responsible according to their respective duties)

10. Unify construction standards. New energy storage power stations should be built according to a series of standards, including continuous charging time of 2 hours or more, system working life of 10 years or more, system capacity attenuation rate of no more than 20% in 10 years, lithium battery cycle life of no less than 8,000 times, lithium battery energy storage power station AC side efficiency of no less than 85%, discharge depth of no less than 90%, and power station availability of no less than 90%. The main equipment should comply with the relevant national standards and technical requirements for new energy storage, and pass the inspection and certification of institutions with corresponding qualifications. Network-related equipment should meet the technical requirements for safe operation of the power grid, and avoid problems such as poor quality of energy storage and low utilization efficiency. Medium and large energy storage power stations should use batteries with mature technology and high safety performance, and carefully select second-use power batteries. (People's Governments of all districts and relevant enterprises)

11. Implement hierarchical and classified management. New energy storage projects on the power supply side should determine their scale, be planned, designed, and put into operation simultaneously with the main project. New energy storage projects on the grid side shall be managed in accordance with the planning and construction process of conventional grid projects. New energy storage projects on the user side shall be included in the planning and construction management of the user's main project. Independently constructed new energy storage projects should specify the construction scale, technical plan, access system, operation mode, etc. in the feasibility study report, and issue a review opinion after verification by a qualified assessment agency. Each district should promptly include the filing and construction status of energy storage projects in the management of the national energy storage big data platform, and track and monitor the implementation effects of the projects to provide demonstration guidance and useful reference for subsequent project construction. (The Municipal Development and Reform Commission, the Municipal Industry and Information Technology Bureau, the People's Governments of each district, and the Municipal Power Company are responsible according to their respective duties)

12. Strengthen construction and operation management. New energy storage power stations should comply with relevant national requirements and strictly follow construction procedures such as safety, fire protection, and environmental protection. New energy storage on the power supply side and the grid side and centralized independent energy storage power stations should accept unified dispatching by the grid and have the ability to automatically receive dispatching instructions. Each district shall implement local responsibilities and coordinate the construction and safe operation management of new energy storage power stations. All departments shall implement management responsibilities according to their duties and strengthen the coordinated management of energy storage construction and operation. Grid companies should clarify the grid-connected operation standards for new energy storage. Energy storage construction and operation companies should implement the main responsibility for quality and safety. Before the grid-connected acceptance of the power station, they should complete the arrival sampling inspection of the main equipment, the whole station commissioning test and the grid-connected inspection as required; after the commissioning, they should strengthen online operation performance monitoring and evaluation, upload operation information to the grid dispatching department according to procedures, accept dispatching instructions, and ensure that the operating time of the energy storage power station, the availability of the power station and other performance meet the relevant technical requirements of the grid-connected commitment. (Relevant municipal departments, district people's governments, municipal power companies, and relevant enterprises are responsible for their respective duties)