Core Insights - Ormat Technologies has signed a 20-year Power Purchase Agreement (PPA) with Switch, marking its first direct agreement with a data center operator, which emphasizes the company's capabilities in geothermal energy production and the increasing demand for sustainable energy solutions in the data center industry [1][4] Group 1: Agreement Details - Under the PPA, Switch will purchase approximately 13MW of clean, renewable energy from Ormat's Salt Wells geothermal power plant located near Fallon, Nevada [2] - Ormat has the option to expand the facility's output by adding an approximately 7MW Solar PV facility, which will support the auxiliary power needs of the geothermal power plant [2] - Energy deliveries under the PPA are set to commence in the first quarter of 2030, following a major upgrade to the Salt Wells power plant expected to be completed by the second quarter of 2026 [3] Group 2: Strategic Importance - The partnership with Switch not only advances their sustainability goals but also highlights the growing demand for renewable energy within the data center sector [4] - Ormat sees potential for future recontracting of over 100MW of its existing fleet under this framework, indicating opportunities for further expansion and new agreements to supply geothermal power to Switch [4] Group 3: Company Background - Ormat Technologies is a leading geothermal company with over five decades of experience, focusing on geothermal and recovered energy generation, and is vertically integrated in the industry [5] - The company has a total generating portfolio of 1,695MW, including 1,310MW from geothermal and solar generation, and a 385MW energy storage portfolio located in the U.S. [5] Group 4: Industry Context - Switch is recognized as a leader in the data center industry, providing modular, scalable, and sustainable data centers, which aligns with the increasing demand for AI and high-performance digital infrastructure [6]
Ormat Technologies Signs 20-Year PPA with Switch for ~13MW of Carbon-Free Geothermal Capacity to Power Data Centers