Recently, Jinko ESS, a leading global energy storage company and a subsidiary of JinkoSolar Co., Ltd., together with Eturn, successfully signed a 40MWh battery energy storage project in Germany. The collaboration marks another important milestone in supporting the country's energy transition with Jinko ESS Tera.
As Germany continues to accelerate the deployment of renewable energy, battery energy storage systems are becoming essential infrastructure for ensuring grid stability increasing renewable energy utilisation, and strengthening energy resilience. Utility-scale storage projects require not only advanced technology, but also reliable project execution, strong delivery capabilities, and long-term operational support.
Roberto Murgioni, General Manager of Jinko ESS Europe, said: "Germany continues to lead Europe's energy transition, creating increasing demand for safe, reliable, and efficient energy storage solutions. We are excited to strengthen our collaboration with Eturn through this 40MWh project, which represents an important step in supporting grid flexibility and renewable energy integration. At Jinko ESS, we remain committed to delivering advanced technology, trusted expertise, and long-term support that empower our partners to create a more sustainable future."
Lennart van der Kroon, CEO at Eturn, added: “With this 40MWh project, we’re taking an important step forward in our partnership with Jinko ESS. Their technical expertise and reliable delivery align seamlessly with our ambition to deliver large-scale, high-performance energy storage solutions in Germany and the Netherlands. We look forward to building on this collaboration further.”
Jinko ESS appreciates the trust and close cooperation of Eturn throughout the project and looks forward to continuing the partnership as both companies work together to accelerate the deployment of energy storage across Europe.
Looking ahead, Jinko ESS will continue to work closely with partners across Europe to deliver high-quality energy storage solutions that enhance grid performance, unlock greater renewable energy value, and drive the successful deployment of utility-scale storage projects.
