JinkoSolar's SunTera energy storage system has gained widespread recognition for its ultimate safety and high efficiency. The SunTera system employs an advanced liquid cooling system that maintains the temperature difference between batteries in the cabinet within 2.5 degrees Celsius. This precise temperature control mechanism effectively extends the system's lifespan, increases available power generation, and significantly improves the revenue of power station owners. Moreover, the SunTera liquid cooling system excels in thermal management, ensuring stable operation in various environments and offering an efficient energy utilization solution.
Marubeni Corporation stated, “We have cooperated with JinkoSolar for many years. JinkoSolar has long won the trust of Japanese customers with its excellent technical strength and reliable product quality. The choice of the SunTera energy storage system is based on our confidence in JinkoSolar's high-quality delivery over the years and our high recognition of the safety performance of its products.”
Regarding this partnership, Vicky Sun, GM of JinkoSolar, North Asia Region, said, “The Japanese market has very strict requirements for the safety and reliability of energy storage products. JinkoSolar's SunTera energy storage system excels in these aspects and fully meets the expectations of Japanese customers. We are delighted to continue deepening our cooperation with Marubeni, providing high-quality energy storage solutions, and supporting Japan's energy transition and green development.”
The SunTera energy storage system also features intelligent operation and maintenance and good environmental adaptability, further enhancing the reliability and efficiency of energy storage equipment. This cooperation with Marubeni once again demonstrates the competitiveness and technological leadership of the SunTera energy storage system in the global market. In the future, JinkoSolar will continue to provide high-quality energy storage solutions to global customers, aiding in global energy transition and sustainable development.
