Energy Vault and NTPC, India’s Largest Power Utility, Sign MOU for Gravity-Based Energy Storage Technology

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Lugano, Switzerland & Westlake Village, Calif., United States & New Delhi, Delhi, India:
 Energy Vault Holdings, Inc. (NYSE: NRGV, NRGV WS) (“Energy Vault”), a leader in sustainable, grid-scale energy storage solutions, today announced the signing of a Memorandum of Understanding (MOU) with NTPC Limited (NSE India : NTPC, BSE : 532555), the largest power generating utility in India.

Energy Vault Resiliency Center™  (Photo: Business Wire)

Energy Vault Resiliency Center™ (Photo: Business Wire)

The objective of the MOU is to collaborate and formalize a long-term strategic partnership for deployment of Energy Vault’s EVx™ gravity-based energy storage technology and software solutions based on the outcome of a joint feasibility study. The technology also offers beneficial utilization of coal ash for manufacturing of composite blocks for Energy Vault’s gravity-based energy storage system.

“We are excited to partner with NTPC and support India’s largest power utility in its clean energy transition,” said Robert Piconi, Chairman, Co-Founder and CEO, Energy Vault. “Energy Vault’s mission is to make sustainable, carbon free energy a reality and this announcement marks further advancement towards that goal with the expansion into one of the largest global markets for energy. Our collaboration with NTPC builds upon previously announced commercial expansions across multiple continents as we transitioned to a public company earlier this year.”

Gurdeep Singh, Chairman and Managing Director of NTPC said, “As a large, integrated power producer, it is critical for NTPC to have a diverse clean energy portfolio to decarbonize India’s economy. We have enhanced our renewable capacity addition targets to spearhead India’s energy transition goals and we are focusing on Solar, Wind, RTC and Hybrid projects to achieve the targets. The collaboration with Energy Vault will help NTPC in furthering its energy transition goals through a sustainable approach by way of utilizing coal ash for manufacturing of composite blocks. Accordingly, this collaboration will also promote a circular economy.”

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