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GM Leads $108 Million Funding Round for Sodium-Ion Battery Startup Peak Energy
General Motors has led a $108 million funding round for Peak Energy, a startup focused on sodium-ion batteries for grid-scale energy storage. The funding will accelerate manufacturing at Peak Energy's California plant. The technology offers safety and cost advantages, with demand for sodium-ion batteries projected to grow significantly to 257 gigawatt-hours by 2035.
General Motors Co. has led a 108 million dollar Series B funding round for Peak Energy, an energy-storage startup. This investment aims to accelerate manufacturing at Peak Energy's California plant. Peak Energy is among the companies actively working to boost the production of grid-scale storage systems.
Peak Energy's technology is based on sodium-ion batteries, which the company states can handle elevated operating temperatures and offer advantages in safety and cost. These characteristics make the solution appealing for applications such as data centers, electricity grids, and independent power producers.
The investment by GM Ventures in Peak Energy stems from the belief that the company holds significant potential in the energy-storage market. Kevin McCabe, President of GM Ventures, stated that the solution is safe, cost-effective, and utilizes abundant, domestically sourced materials. This decision follows an earlier announcement in June regarding a partnership between the two companies to advance the technology within the United States. GM is developing sodium-ion cells at its Michigan battery labs, which Peak Energy plans to integrate into its energy-storage systems.
The market for sodium-ion batteries is experiencing a pivotal moment of growth. Demand for this technology is projected to reach 257 gigawatt-hours by 2035, a substantial increase from just over 1 gigawatt-hour in 2025. By that time, the technology may account for nearly 10% of stationary storage, according to BloombergNEF.
Peak Energy has secured approximately 1.1 billion dollars in customer orders. A significant portion of this includes a 4.75 gigawatt-hour agreement with Jupiter Power and a 1.5 gigawatt-hour deal with Energy Vault. The company is currently shipping small volumes from a pilot line in San Francisco and anticipates completing its first commercial facility in the first quarter, with battery systems expected to roll off the line shortly thereafter. According to Peak investor Greg Reichow, sodium-ion offers a more straightforward and economical path to domestic manufacturing, as the necessary materials are readily available in the U.S., and costs are expected to decrease as the technology matures. The fundamental materials and their transformation costs are projected to ultimately result in lower expenses.
Source: Bloomberg
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