CGN Lishu County Peak-Shaving Gas Power Generation Integrated Project – Peak-Shaving Gas Turbine Power Station

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The 25th National \"Safety Production Month\" in 2026: Everyone Talks About Safety, Everyone Knows How to Respond to Emergencies – Identifying and Rectifying Risks and Hazards -------------------------------------------------- I. Basic Information on the Project Project Name: CGN Lishu County Peak-Shaving Gas Power Generation Integrated Project – Peak-Shaving Gas Turbine Power Station Location: Guojiaodian Town, Lishu County, Siping City, Jilin Province Developer: CGN New Energy Lishu Co., Ltd. Project Scale: Construction of 2 new F-class gas-steam combined cycle power generation units, with a total installed capacity of 2×500MW； Supporting facilities include a natural gas pressure regulation station, a 500kV step-up substation, gas transmission pipelines (21.48 km in length), as well as environmental protection and utility auxiliary facilities. Functional role: As a peak-shaving power plant for the power grid, it has an annual operating hours of approximately 1,783 hours. Investment and Cycle: Total investment is approximately 2.2–2.7 billion yuan ； The construction period is from 2025 to 2028, with plans to commission the facility in the first half of 2028. Core approval: On May 28, 2025, it was officially approved by the Jilin Provincial Development and Reform Commission. The approval document number is Ji Fa Gai Shen Pi [2025] No. 116. II. Procurement progress (as of June 2026) Procurement of core equipment In January 2026, the announcement of the shortlisted candidates for the procurement of gas turbines and generator sets was completed; the main equipment supplier has now been determined. Associated EPC project: In April 2026, Heilongjiang Energy Construction Company of China Energy Engineering Group won the bid for the EPC project of the office complex. For service-based procurement, services such as feasibility studies, safety assessments, energy efficiency evaluations, and environmental impact assessments have already been procured ； Tendering has been completed for tasks such as land pre-screening for gas transmission pipelines and quality inspection of project works ； The re-tendering process for the equipment supervision services was initiated on June 1, 2026. III. Construction Progress (as of June 2026): Procedures: Key preliminary steps such as environmental impact assessment, pre-approval for land use, and project approval have been completed. Under construction: The office complex has officially broken ground and is currently in the foundation construction phase. Preparation of the main plant area: The work on achieving “access to roads, water, electricity, and land leveling” in the main plant area is now complete; full-scale construction can commence once the main equipment is delivered. Supporting pipelines: For the 21.48 km of supporting natural gas pipelines, route surveying and construction preparations have been initiated. IV. Significance of the Project: Grid Security – It fills the gap in rapid peak-shaving power sources in eastern Jilin, helps to stabilize the output fluctuations from wind and solar power plants, and enhances the stability of grid operation as well as the capacity to utilize new energy sources. Optimization of the energy structure: Class F gas turbines feature high efficiency and low emissions. Their power generation efficiency exceeds 60%, while their carbon emissions are significantly lower than those of coal-fired power plants. This makes them a crucial asset in helping the Northeast region achieve its “dual carbon” goals. To boost the local economy: The total investment in the project exceeds 2 billion yuan. During the construction phase, it will create job opportunities and foster the development of related industrial chains. After completion, it is expected to generate substantial annual tax revenues, thereby driving economic growth in Lishu County and Siping City as a whole. Strategic safeguards: Improve the peak-load regulation system for natural gas power generation in the Northeast region, enhance the ability to ensure power supply under extreme weather conditions, and contribute to the overall **energy security strategy.