China Energy Construction Wins Multiple Power Energy Projects

Date: September 23, 2025

Two New Energy Storage Projects

Recently, China Energy Construction’s Shanxi Institute secured contracts for two new energy storage projects. The first project, the Yangquan Xinneng Jinhe 200 MW/101.1 MWh Independent Hybrid Energy Storage EPC Project (Phase I), will serve as an independent frequency regulation station. It is set to utilize advanced flywheel energy storage technology combined with lithium iron phosphate batteries. The total capacity is 200 MW and will be constructed in two phases. Once completed, it will provide regulatory capacity to the grid, effectively promote the consumption of new energy in Yangquan City, stabilize the output of photovoltaic and wind power, and facilitate a positive cycle in local new energy development.

The second project, the Yangqu County 400 MW/800 MWh Independent Shared Energy Storage Station EPC Project (Phase I), involves the construction of a 100 MW/200 MWh independent energy storage station and a booster station. This project will use lithium iron phosphate electrochemical storage batteries and will consist of 20 prefabricated storage units. Upon completion, it will provide regulatory capacity and inertia support for the local grid, meet frequency regulation requirements, reduce operational risks for the grid system, and effectively promote the consumption of new energy in Yangqu County, fostering healthy growth in the local new energy industry.

Solar and Clean Heating Project

On August 29, China Energy Construction’s Hunan Institute consortium won the bid for the Shuocheng District “Solar + Clean Heating” Project Phase I design, procurement, installation, and construction (EPC) contract for the first section. This section will feature a total installed capacity of 100 MW of rooftop photovoltaic systems, innovatively adopting the “Solar + Clean Heating” model. Once completed, the project will significantly reduce atmospheric pollutant emissions by replacing traditional coal burning, continuously improve regional air quality, and provide clean heating electricity to local residents and enterprises while effectively reducing dependence on traditional coal and gas energy sources, thus establishing a green, low-carbon energy supply system.

Photovoltaic Power Project in Mining Subsidence Area

On September 2, China Energy Construction’s Anhui Institute won the EPC contract for the 580 MW Photovoltaic Power Project in the Jinbei Mining Subsidence Area. The project will have an installed capacity of 580 MW on the AC side and 696.76 MW on the DC side, utilizing monocrystalline bifacial photovoltaic modules with a fixed angle operation. It will also include the construction of 24 new 35 kV collection lines leading to a 220 kV booster station, with one 220 kV line connecting to a 500 kV collection station. Once operational, the project is expected to generate approximately 1.05 billion kWh of electricity annually, saving about 300,000 tons of standard coal and reducing carbon dioxide emissions by approximately 890,000 tons each year, providing significant economic and ecological benefits.

Wind Power Project in Guangxi

On September 9, China Energy Construction’s Guangxi Institute secured the contract for the 500 MW Wind Power Total Contract Engineering Project for Huaneng Guangxi Branch in the Huai’an Autonomous County. The project will be located in Huai’an City, Guangxi Zhuang Autonomous Region, with a total installed capacity of 500 MW. The Huaneng Xunle Wind Power Project is planned to have an installed capacity of 300 MW, utilizing a mixed configuration of 30 units at 7.5 MW and 12 units at 6.25 MW. The second phase of the Huaneng Jieziliang Wind Power Project is planned to have an installed capacity of 200 MW, employing a mixed scheme of 24 large-capacity units at 7.15 MW and 6 units at 5 MW. Upon completion, the project will effectively alleviate the supply-demand imbalance in the local grid, optimize the power source structure, reduce environmental pressure, accelerate the development of the local new energy industry, invigorate local tourism, and inject new momentum into the high-quality development of the local economy and society, creating a virtuous cycle of economic, ecological, and social benefits.

Wind Power Project in Namibia

Recently, China Energy Construction’s Gezhouba Road and Bridge Company won the EPC contract for the 50 MW Wind Power Project in Lüderitz, Namibia. The project has an installed capacity of 54.6 MW and a grid-connected capacity of 50 MW, with a contract value of approximately 451 million RMB. Once completed, this project will significantly contribute to improving the energy structure of the local power system, achieving diversification in power supply, increasing the proportion of renewable energy generation in the grid, and optimizing the power source structure.