Key highlights
The NanoEPS is engineered for seamless integration across a wide range of CubeSat platforms, from non-deployable 3U systems to triple-deployable 2U, 3U, or 6U configurations, as well as double-deployable 12U structures.
It is composed by a power management module and a battery module.
The Power Module acts as the primary interface for managing solar array inputs and optimizing battery charging, while the Battery Module provides reliable energy storage and thermal control.
For mission safety, the unit incorporates integrated protection circuitry against overloads, over-discharges, over-currents, and short circuits.
Applications
Supplying power solutions for your space mission.
Compatible with most structures on the market with short lead times to meet your project deadlines.
Key features
- Scalable for CubeSats from non-deployable 3U or 6U to triple deployable 2U, 3U or 6U and double deployable 12U with various configurations
- Maximum Power Point Tracking (MPPT)
- Thermal knife control for wing deployment
- PC104 form factor
- ISS compliant version available
Customization
Different configurations to meet your specific mission requirements.
Flight heritage
Proven Flight Heritage: More than 470 satellites are currently orbiting with DHV technology, including over 250 CubeSats and more than 200 SmallSats. We deliver reliability where it matters most.
Manufacturing
Our facilities cover 3,700 m², including ISO8-certified cleanrooms, dedicated manufacturing areas and in-house AIT capabilities.
Testing & qualification
All components and processes are qualified for space environment.
Customers
DHV Technology has a strong international presence, with customers across five continents in more than 40 countries.
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Last updated: 2026-03-19
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