The integrated "wind-solar-storage" solution provided by Jinko ESS serves as a strong guarantee for this project. It plays a vital role in alleviating grid pressure and addressing the intermittency of wind power generation, thereby promoting the effective utilization of wind energy, ensuring grid stability and reliability, and improving power quality.

Located in Zhejiang Province, China, Jinko ESS provided the customer with energy storage equipment that complements the PV power generation system, enabling efficient and practical storage of new energy electricity.

Equipped with a 540 kWh LFP battery, 150 kW PCS, a set of diesel generators, and an energy management system (EMS), this project is a successful modern microgrid solution in the GCC region.

Located in Dongguan, China, which has a hot and humid climate, the total project capacity is 87 MW / 209 MWh.

This project is equipped with bifacial PV modules and string inverters. It is designed to minimize PV curtailment and support the grid by regulating peak demand and maintaining frequency stability, thereby improving the overall performance and reliability of the power system.

This project is a user-side PV-plus-storage project that delivers economic benefits to the customer. It is equipped with 10 SunGiga integrated energy storage units.

Equipped with a 945 kWh LFP battery, 250 kW PCS (including a 250 kW DC-DC converter), 300 kW N-type bifacial PV modules, a set of diesel generators, and an energy management system (EMS), this project is a successful modern hybrid microgrid solution in Sub-Saharan Africa.

This project employs Jinko ESS energy storage systems for peak shaving and frequency regulation. Peak shaving: supplies power to loads during peak demand periods and charges the batteries during off-peak periods, improving the economic efficiency and safety of grid operation while achieving peak load shifting. Frequency regulation: simultaneously participates in grid frequency regulation, leveraging its fast-response characteristics to enhance the effectiveness of frequency regulation.