This project marks the first installation of the SunTera system in Sub-Saharan Africa. This significant milestone is part of the renowned Nigerian National Theatre solar project. The PV-plus-storage project adopts Jinko modules and the SunTera system, aiming to enhance energy efficiency and ensure uninterrupted power supply. This initiative aligns with the Nigerian government's sustainable development goals and further supports the country's transition to renewable energy.

This project is a DC-coupled system that leverages the abundant sunlight in the Kyushu region. By allowing PV generation to prioritize grid feed-in during the day while storing surplus energy to charge batteries, and discharging the batteries at night, this PV-plus-battery project achieves 24-hour electricity sales, maximizing the owner's revenue.

This is the first large-scale project in French Polynesia that combines agriculture with renewable energy.

This project is the first independent energy storage project in Qianjiang District, Chongqing. Jinko ESS supplied 5 MWh liquid-cooled energy storage products to the customer.

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.

 This project is equipped with 5 units of SunGiga, enabling self-consumption and peak shaving functions. The system adopts a low-voltage grid-connection mode via transformer, effectively regulating power supply and demand by storing electricity during off-peak periods and discharging during peak periods, thereby improving power system stability and energy utilization efficiency.

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.