Aatral ESP’s core technology centers on sodium-ion batteries utilizing patented NASICON (sodium super-ionic conductor) chemistry. This innovation enhances power density and durability while ensuring fire safety and thermal stability across extreme temperature ranges (-40°C to 60°C). The NASICON-based design allows ions to move freely between electrodes without thermal runaway risks, eliminating overheating and short-circuit hazards common in lithium systems. With a lifespan exceeding 10,000 charge-discharge cycles, the cells deliver consistent performance for decades. Cost efficiency is a hallmark: batteries are priced between $40–$80 per kWh. Production processes reduce carbon emissions by up to 90% per kWh, leveraging abundant sodium resources and low-cost raw materials. Applications span grid storage, solar energy systems, and mobile infrastructure, including telecom backup systems and EV-ready storage. Complementary products like flower wind turbines and hydrogen-fuel-cell hybrids further diversify Aatral ESP’s portfolio, offering versatile solutions for off-grid, industrial, and renewable energy integration.
Aatral ESP produces sodium-ion batteries with NASICON chemistry that offer high power density, thermal stability, safety, and a lifespan exceeding 10,000 cycles. Battery costs range from $40 to $80 per kWh. The product line includes batteries for grid storage, solar energy, telecom backup, and EV-ready storage solutions. Complementary products include flower wind turbines and hydrogen-fuel-cell hybrids for off-grid and industrial applications.
Aatral ESP’s notable projects include pilot-scale production of sodium-ion batteries in 2024 and strategic partnerships such as an MoU with Garuda Aerospace for drone battery development and collaboration with the European Space Agency (ESA) to explore sodium-ion applications in space habitats. The company has showcased their technology at industry events and collaborates with academic institutions like Anna University, positioning themselves as leaders in sustainable energy storage.
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