Jessie Cheung

Located in Yunnan’s Chuxiong region, this project takes advantage of strong solar radiation and seasonal wind. Mountainous terrain limits local grid capacity, making it challenging to fully use renewable energy produced in the area. A 600 MWh battery stores excess solar and wind power during high-generation periods and releases it when demand rises or output […]

FutureVolt successfully delivered a 60 MW / 120 MWh energy storage system integrated with a large-scale solar PV farm in Gansu, China. Leveraging the region’s abundant solar resources, the project efficiently stores excess solar energy during peak generation hours and dispatches it during periods of high demand, enhancing grid stability and maximizing renewable energy utilization.

Located in the Alxa region of Inner Mongolia, this project leverages one of China’s most abundant solar resources. Alxa receives over 3,200 hours of sunshine annually, with vast open desert land, making it ideal for large-scale solar development. However, its extreme climate—hot summers, cold winters, and frequent dust storms—poses significant challenges for energy infrastructure. The

FutureVolt successfully delivered a 100 MW / 200 MWh energy storage system integrated with a large-scale solar PV farm in the Tengger Desert, Ningxia. Leveraging the region’s abundant solar resources, the project efficiently captures and stores excess solar energy during peak production hours and dispatches it when demand is high, improving grid stability and energy

The Binhai Energy Storage Project in Jiangsu adopts a 200 MW / 400 MWh string-configured architecture, making it one of the representative large-scale deployments of modular PCS design in China’s coastal regions. The project was developed to support local grid stability while managing the rising share of renewable energy in Jiangsu’s power mix. By using

Located in the wind-rich region of Inner Mongolia, the Shangdu project integrates a 100 MW / 200 MWh energy storage system directly with large-scale wind power generation. Unlike conventional grid-side projects, Shangdu is designed specifically to address the volatility of wind resources. The system enables real-time smoothing of wind fluctuations, reducing curtailment and ensuring more

In September 2024, FutureVolt launched a 400 MWh independent energy storage project in Chongqing, China. Unlike behind-the-meter or factory-based solutions, this project was developed as a standalone energy storage station directly connected to the local grid. The system consists of 400 MWh lithium battery clusters, advanced PCS units, and a centralized EMS platform, designed to

In July 2024, FutureVolt initiated a 28 MWh factory-based energy storage project in Indonesia. The project was designed to meet the rising demand for stable and cost-efficient electricity in an industrial park, where factories often face fluctuating grid supply and high peak electricity charges. The system integrates 28 MWh lithium battery storage, PCS units, and

In Ningxia, this large-scale energy storage project was developed to support the region’s fast-growing renewable energy base. With a total capacity of 200 MW / 400 MWh, the system plays a crucial role in stabilizing the grid and ensuring reliable power supply, especially during peak demand hours. Unlike traditional centralized models, this project integrates closely

Located in Xinjiang, this 800 MWh energy storage project plays a key role in balancing the region’s vast renewable resources with local power demand. Xinjiang benefits from some of the highest solar irradiation in China, with annual sunshine hours exceeding 3,000 in certain areas. This creates excellent conditions for solar power generation, but it also