Metal-hydrogen battery manufacturer EnerVenue has inked a 25-MWh supply order with Florida consulting and EPC firm High Caliber Energy. The large order of EnerVenue’s Energy Storage Vessels (ESVs) will be delivered to High Caliber client that is installing a large energy storage project in Florida. Delivery of the batteries should be fulfilled by Q4 2024.
“When you compare stats across the array of available stationary energy storage technologies, EnerVenue’s jump off the page for their operational efficiency, reliability, flexibility, and cost-effectiveness,” said Matt Davis, Managing Partner, High Caliber Energy. “We’re proud to partner with EnerVenue, and we look forward to using ESVs to meet our client’s expanding clean energy initiatives in Florida.”
Energy Storage Vessels are the second generation of EnerVenue’s metal-hydrogen battery technology, offering long life, high efficiency and flexibility via a highly configurable and scalable product architecture. ESVs feature an expected lifetime of 30 years/30,000 cycles, deliver 86% capacity after 30,000 cycles, and can cycle up to three times per day without rest.
“We’re excited to bring our Energy Storage Vessel technology to Florida through our partnership with High Caliber Energy,” said Randall Selesky, Chief Revenue Officer, EnerVenue. “High Caliber Energy has earned its reputation as a dependable, strategic advisor to energy providers and utilities. They are trusted to optimize storage projects that must meet stringent demands, and EnerVenue does just that by delivering superior performance while also achieving a low levelized cost of energy storage.”
News item from EnerVenue
“Energy Storage Vessels are the second generation of EnerVenue’s metal-hydrogen battery technology, offering long life, high efficiency and flexibility via a highly configurable and scalable product architecture. ESVs feature an expected lifetime of 30 years/30,000 cycles, deliver 86% capacity after 30,000 cycles, and can cycle up to three times per day without rest.”
This point right here is where one can see with proper design and execution, the large utility scale energy storage system that could well last 100 years is very possible. This type of “productivity” and efficiency even after 30,000 cycles is impressive. This is the reason hydro-generation has become a capacity standard in electricity generation. With this technology one can put an EnerVenue ESS anywhere in the World, with or without hydrologic resources. Because it is a low voltage cell structure the 1.5 volts requires a lot of space per cell. A stacked module system of 1GWh would take up about 120 acres of land, but could well last for 100 years a lot like hydro-generation projects of the past.