Clean Energy Technologies, Inc. (Nasdaq: CETY) (the “Company” or “CETY”), a clean energy manufacturing and engineering, procurement, and construction (EPC) services company, offering eco-friendly green energy solutions, clean energy fuels, and alternative electric power for small and mid-size projects in North America, Europe, and Asia, is pleased to announce a strategic partnership with METIS Power to develop advanced microgrid solutions for AI data centers and cryptocurrency mining operations.
METIS Power Inc., a prominent player in the energy sector, specializes in providing scalable and efficient energy systems. The power generation and energy storage solutions offered by METIS Power integrates CETY’s microgrid solutions to support data centers. CETY’s solutions integrates waste heat recovery system and utilizes wasted heat from natural gas turbines to power chillers, effectively reducing costs associated with cooling. With this collaboration, CETY can address the increasing energy demands of AI data centers and cryptocurrency mining operations by providing innovative, reliable, and sustainable microgrid solutions. "We are excited to partner with METIS Power to bring cutting-edge microgrid solutions to AI data centers and crypto miners," said Kam Mahdi, CEO of Clean Energy Technologies, Inc. "This partnership aligns with our mission to provide sustainable energy solutions that not only meet the high energy demands of these industries but also promote reliability, flexibility, and sustainability."
Microgrids are vital for ensuring a stable and resilient power supply, especially for energy-intensive operations like AI data centers and crypto-mining. These localized energy systems can operate independently or in conjunction with the main grid, providing greater reliability and flexibility. By leveraging METIS Power’s expertise in power generation and energy storage and CETY's microgrid solutions the partnership will deliver customized microgrid solutions that optimize energy use, enhance efficiency, reduce operational costs, increase uptime, and significantly minimize carbon footprints.
