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Constructed on the roofs of Zhongbo Logistics Park in Dingtao District, Heze, Shandong Province, the project has a construction scale of 12MW and an annual power generation capacity of about 13 million kWh.

On 30th June 2022, a 3.1MW rooftop PV array installed at CNTY's Headquarters was successfully connected to the grid. Utilizing about 26,000m2 of our workshop rooftops, the 550Wp monocrystalline PV panels have a capacity to generate 3,259,500 kWh of electricity annually, saving about 1,271 tons of coal equivalent and reducing CO2 emissions by 3,249 tons. The power generated is used for factory production within the HQ, reducing the cost of utility while building a green and low-carbon industrial park.

The Rudong GESS Project is located in Yangkou Town, Rudong, Jiangsu Province, with a construction scale of 26MW/100MWh. The 148m-high building structure is the world's first commercial-scale deployment of a non-pumped hydro, gravitational energy storage system. The construction saw a successful topping out in September 2023 and is now in the final commissioning stage. In January 2024, the project was recognized as the Pilot Demo Project for New Forms of Energy Storage by the National Energy Administration of China.

Covering an area of 69 mu (about 45,954m2), the 17MW/68MWh Zhangye GESS Project is located in the city’s Economic Development Zone in Gansu Province and will be constructed in two phases. With a structure height of 177m, the Project is designed with two 8.5MW generators and a total of 6,990 mobile bricks weighing 25.5 tons each, making it the world's highest gravity energy storage facility to be constructed in design. Upon completion, the Project will serve the Northwest China Grid and renewable energy projects in Zhangye. Construction of the Project commenced in the first half of 2023, and construction of the above-ground structure is currently underway. In January 2024, the project was recognized as the Pilot Demo Project for New Forms of Energy Storage by the National Energy Administration of China.

The 400m3/d project uses biochemical+membrane treatment process, enabling the total nitrogen in the biochemical stage be reduced to below 40mg/L and concentrated water rate <13%. The treated water is reused.

The 20m3/d integrated domestic wastewater treatment unit is highly automated and requires less than 1 hour of manual intervention per week.