Jinko ESS supplied a 3.45 MW / 6.88 MWh battery energy storage system and 5 MWp PV modules for a project in Saudi Arabia. The project aims to build a new residential community for the East-West Pipeline pump stations and pressure reduction stations in Saudi Arabia, replacing existing residential communities located in hazardous areas.

 Jinko ESS provided the supporting energy storage portion for an integrated "source-grid-load-storage" project. The project simultaneously constructs supporting storage, effectively addressing the intermittency and instability of renewable power generation from local PV and wind sources, ensuring smooth grid connection and power consumption.

This grid-side project adopts Jinko ESS's new-generation 5 MWh liquid-cooled energy storage system, SunTera G2. This collaboration will provide stable, reliable, efficient, and safe power support for the Jiangsu region, promoting the development of local clean energy.

Located in Fukuoka City, Japan, this project is an integral part of a PV-plus-storage integrated project, invested and developed by one of Japan's largest oil companies, reflecting its efforts to diversify its energy mix and drive a more sustainable future.

Located in a coastal high-humidity environment, this project adopts the 20-foot SunTera large-scale liquid-cooled energy storage system, which imposes extremely high demands on equipment weather resistance. The SunTera system, with its C5-grade anti-corrosion coating, operates reliably under complex marine climatic conditions, demonstrating outstanding durability.

This project adopts SunTera G2 5 MWh products and a 2.5 MW PCS medium-voltage step-up solution, forming an energy storage system capable of sustainable operation for two hours. As Jinko ESS's first utility-scale project in Thailand, it not only highlights the company's capability to deliver complex grid-side solutions but also injects new momentum into Thailand's clean energy development.

Located at the MGP mining site in Masbate Province, Philippines, this project features an innovative 1C-rated energy storage microgrid system that provides critical support for sustainable mining operations. The system operates in coordination with an 8.1 MW PV plant, substantially reducing reliance on diesel generator power supply. Its intelligent controller can forecast PV generation and proactively optimize diesel generator dispatch, ensuring stable and reliable power supply. This solution not only alleviates the load pressure on existing diesel generators but also significantly enhances project economics by reducing fuel consumption and O&M costs, presenting a cleaner and more efficient energy future for the mining industry.

The energy storage system applied in this project features high energy density, scalability, controllability, and flexibility, ensuring highly resilient renewable power generation, peak shaving, and backup power functions.