Resilient sustainable energy supply at lower cost
Remote locations and isolated grids often rely on diesel generators to ensure reliable electricity supply. While renewable sources such as solar and wind can reduce fuel consumption, their variability makes it difficult to operate microgrids fully on renewables.
Elestor’s hydrogen-iron flow battery provides long-duration energy storage that enables microgrids to run reliably on renewable electricity without diesel generators. By storing excess renewable energy and delivering power during periods of low generation, the system ensures a stable 24/7 power supply.
Thanks to its low-cost storage capacity, Elestor’s battery can cost-effectively store electricity for 15–60 hours in this application, bridging longer periods without sun or wind and enabling fully renewable off-grid energy systems.
Key benefits
- Reduce electricity costs by up to 30%
- Run 24/7 cost-effectively on renewable energy
- Eliminate polluting diesel generators
- Geopolitically resilient energy supply
- Lower operational complexity without diesel
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Elestor’s hydrogen-iron flow battery architecture is put to the test and evaluated under continuous, commercially relevant operating conditions to assess durability, performance stability, and lifetime potential.
Engineered for 25 Years
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Studies by Charged Islands show that baseload renewable energy systems can outperform conventional diesel-based power systems on islands. This underlines that long-duration energy storage is a key enabler for affordable, resilient, fully renewable island power systems.
Energy Independence for Islands
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We look forward to discussing your project and evaluating whether it aligns with the Elestor flow battery solution. Please provide your contact and project details and based on this, we will get back to you with our assessment.
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