Number

Topic Name

Key research points

1

The application potential and development path of new energy storage support to achieve carbon peak and carbon neutrality goals

Based on the research results of China's carbon peak and carbon neutrality pathways, this paper reviews the potential role of new energy storage from the perspectives of economic benefits, environmental benefits, and social benefits, and proposes relevant development paths and policy recommendations.

2

Research on the Development and Business Models of New Energy Storage Renewable Technologies

Combining the guarantee of new energy storage resources and carbon footprint evaluation, analyze the development potential of renewable technologies, and study the feasibility plan of integrating the principle of circular design into the development and application of energy storage products. Research a business model based on the concept of circular economy, analyze the possibilities of energy storage sharing, leasing insurance, and renewable recycling and manufacturing. Based on the research results of renewable technologies and circular economy concepts, propose policy recommendations for the development of new energy storage.

3

Long term reliability evaluation of the new energy storage industry chain supply chain

Sort out the global layout and localization level of mainstream energy storage (lithium-ion batteries, compressed air, flow batteries, etc.) and potential upstream mining, materials, processing and manufacturing technologies with cost competitiveness both domestically and internationally, analyze the scale and potential risks that related technologies can support industrial development, and propose policy recommendations to address them.

4

Development and Business Model Research on Coupling and Integration of Hydrogen Energy Storage and Power System

Research the key technologies, large-scale layout, and commercial operation modes of hydrogen energy storage coupled with new power systems, and provide suggestions for standard systems and policies.

5

Research on the selection of large-scale and multi type energy storage technologies at different time scales

Research the requirements for new energy storage technologies with different energy storage durations, combine the characteristics and economy of various energy storage technologies, and propose energy storage technology routes that match different application scenarios. Research and summarize the innovative frontier of new energy storage technologies, analyze the development trends of technologies, and propose key directions for the development of new energy storage.

6

Research on Safety Management Technology for Electrochemical Energy Storage

Comparative study of fire cases in electrochemical energy storage systems at home and abroad, proposing fault diagnosis and evaluation schemes, safety protection measures, relevant technical and management mechanism design suggestions for electrochemical energy storage systems.

7

A New Energy Storage Standard System and Application Guidelines Based on Application Scenarios

Select important application scenarios for new energy storage during the 14th Five Year Plan period, and propose standards for project planning, design, construction, grid connection, operation, and retirement based on the application scenarios, forming a guide document; And provide relevant suggestions for the revision of the standard system.

8

Research on New Energy Storage for Cross provincial Power Transmission Configuration in Large New Energy Bases

Research on the planning and layout methods for the construction of new energy storage facilities in large-scale new energy bases and transmission channels, and develop relevant technical specifications; And combined with specific cases, research and propose specific measures for the implementation and application of relevant standards.

9

Research on the Access Evaluation System for Alternative Energy Storage in Power Grid Functions

Study the characteristics of grid side energy storage technology, propose the definition and effectiveness evaluation method of functional alternative energy storage, and form relevant price policy recommendations.

10

Development Situation and Policy Suggestions for Distributed Off grid Energy Storage

Conduct an analysis of the current electricity situation and energy storage demand in remote areas of China, determine the necessity of supporting the development of distributed off grid energy storage, propose relevant construction and implementation plans, and combine economic and social benefits analysis to propose policy recommendations for the development of distributed off grid energy storage.

11

Research on Diversified Energy Storage Technologies and Their Application Models in Integrated Smart Energy Systems

Analyze the demand for energy storage systems in the development of comprehensive smart energy systems, study the technical characteristics of electrochemical energy storage, physical energy storage, and thermal energy storage, explore the coupling and complementarity of various energy storage technologies, and determine the economic characteristics of hybrid energy storage technologies. Based on typical application scenarios, study the configuration principles and control strategies of various types of energy storage, and propose policy recommendations to promote the coordinated development of energy storage and integrated smart energy systems.

12

Analysis of operational characteristics and economic and social impact assessment of wind solar storage combined power generation system

Research the multi energy complementary operation and scheduling model for wind, solar, and water storage, summarize the multi energy complementary scheduling strategies, and analyze and evaluate the operation and scheduling schemes of the base under multiple optimization objectives and complex constraints. Based on a full lifecycle perspective, comprehensively identify the carbon emission sources in the production, transportation, construction, maintenance, and recycling of materials for wind power, photovoltaic, and energy storage power stations, and establish a full lifecycle carbon emission model for wind solar storage combined power stations.

13

Research on energy storage demand and scheduling operation mechanism to adapt to the development of high proportion renewable energy

Research the scale and performance requirements of new energy storage construction in the power system under the condition of high proportion of new energy integration, combined with the existing power market mechanism, study the scheduling and operation strategies of various new energy storage, and propose suggestions for optimizing market rules.

14

Comparative Study on the Participation of New Energy Storage in the Electricity Market at Home and Abroad

Summarize the relevant experience of foreign new energy storage participating in the electricity market, study the admission conditions, pricing methods, clearing and settlement mechanisms, transmission and distribution electricity pricing mechanisms, and income evaluation methods for new energy storage participating in the electricity market, clarify the relevant strategies for new energy storage participating in the market, and propose policy recommendations for optimizing market mechanisms. Explore the feasibility of new energy storage participating in multiple markets simultaneously.

15

Research on Application Scenarios and Cost Compensation Mechanisms of Energy Storage in New Power Systems

Based on different energy storage application scenarios and combined with the characteristics of various energy storage technologies, research and determine corresponding business models, and propose policy recommendations on pricing and industry, fiscal subsidies, finance, and other aspects.