RWE, a German multinational energy company, is partnering with EnerVenue to conduct a pilot project in Milwaukee, US, using the innovative metal-hydrogen batteries for data collection and validation. The pilot project will focus on testing the energy storage vessels' cycling flexibility, charge and discharge characteristics, duration, temperature performance, and efficiency, with EnerVenue's ESVs capable of more than 30,000 cycles and cycling up to three times per day without rest. These batteries are highlighted to be more sustainable and environmentally responsible compared to traditional lithium-ion batteries. Through this collaboration, RWE intends to evaluate EnerVenue's technology for potential future applications, recognizing the significance of grid-scale energy storage in meeting the growing demand for clean energy. Andrea Hu-Bianco, Senior Vice-President of Engineering at RWE Clean Energy, emphasizes the importance of safe, flexible, and durable energy storage solutions to achieve clean energy goals. EnerVenue's Chief Technology Officer, Majid Keshavarz, sees this partnership as an opportunity to showcase the capabilities of their technology and drive the future of clean energy expansion and grid resilience. He notes that EnerVenue's ESVs are designed to meet diverse clean energy application demands, providing reliable, long-lasting, and sustainable solutions for large-scale renewable energy projects. Overall, this partnership between RWE and EnerVenue signifies a step towards innovative and sustainable energy storage solutions, with a focus on enhancing grid resilience and supporting clean energy goals.