SPACE

Since building the first Lithium-ion (Li-ion) battery to power a satellite, technological breakthroughs from EnerSys® have extended satellite operational life and have lengthened the life of space missions to benefit our scientific communities.

It is a record that supports the quality and reliability to ensure the success of every space flight mission. Pioneering EnerSys® ABSL™ rechargeable Lithium-ion (Li-ion) batteries were the first onboard a mission in space, the first to orbit the Earth, Mars and Venus, and have been influential in powering the National Aeronautics and Space Administration (NASA®) Parker Solar Probe in its orbit of the sun.

Whether a short-term repositioning energy requirement or high current demand such as a pyrotechnic system actuation, our batteries stand ready to meet the challenges of space flight with advanced high voltage, long-life Li-ion solutions.

 

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Today, ABSL batteries range from the size of a small shoebox (1.5 Ah) to a large microwave oven (448 Ah). Whatever the size, all undergo stringent design, structural and thermal analyses to help ensure mission-critical performance.

Whether your project application involves a launch, Earth orbit or interplanetary travel, the EnerSys ABSL team is ready to develop a Li-ion voltage system to meet and exceed your mission requirements.

RANGES FOR SPACE

EnerSys® batteries supply power for platform and payload systems and are also essential prior to the deployment of any solar array apparatus. Whether a short-term repositioning energy requirement or high current demand such as a pyrotechnic system actuation, our batteries stand ready to meet the challenges of space flight with advanced high voltage, long-life Li-ion solutions.

Batteries

ABSL™ Space Batteries

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Quallion® Lithium Ion Cells

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BROCHURE

Pioneering Power Solutions for Space Flight Missions

Pioneering Power Solutions for Space Flight Missions

Since building the first Li-ion battery to power a satellite, the ABSL™ team developed technological breakthroughs that have extended satellite and mission lifecycles. As the space industry’s leading supplier of Li-ion batteries, ABSL has delivered on hundreds of projects and programs.

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ARTICLE

EnerSys helps power Parker Solar Probe

EnerSys helps power Parker Solar Probe

The Parker Solar Probe spacecraft will travel at 125 miles per second as it flies through the sun’s atmosphere as close as 3.8 million miles to our star’s surface. As it withstands temperatures of up to 2,500°F, the probe will capture detailed measurements of the sun from space.

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