Elestor products

The Elestor Hydrogen-Iron Flow Battery represents a significant advance in renewable energy storage solutions, enabling a sustainable transition towards clean energy systems. Utilizing hydrogen and iron, both plentiful and cost-effective materials, the battery stores renewable energy over extended periods, addressing the challenges associated with intermittent power generation. The flow battery's key feature is its scalability: power output is determined by the membrane's surface area, while storage capacity is defined by the reservoirs' volume. This modularity allows for optimized energy storage solutions tailored to specific power and capacity requirements, an advantage over traditional systems where these parameters scale together. Elestor's focus on conducting thorough life cycle analyses and integrating future hydrogen infrastructures enables its technology to minimize environmental footprints and reduce total system costs. With a robust design, high energy density, and innovative integration capabilities, this flow battery technology supports the burgeoning green hydrogen infrastructure and significantly contributes to decarbonization efforts.

Elestor's flow battery technology is designed to facilitate energy storage with a focus on scalability and environmental sustainability. Utilizing abundant materials like hydrogen and iron, the power output can be expanded simply by adding more membrane stacks, while energy capacity can be increased through larger electrolyte and hydrogen tanks. This system can integrate into existing hydrogen pipelines, eliminating the need for standalone hydrogen storage. This scalability not only accelerates the transition to renewable energy systems but also decreases costs through economies of scale and automated production of membrane stacks. The hydrogen-bromine flow battery features advanced electrospun composite membranes made from SPEEK, PFSA, and PVDF materials. These membranes, tested for high proton conductivity and mechanical stability, demonstrate competitive ion exchange capabilities, thus positioning Elestor's technology as a viable alternative to conventional energy storage solutions.