DHV Technology

Manufacturer Spain Verified
7 Products
13 Years Active
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About DHV Technology

DHV Technology (DHV Tecnología Espacial Avanzada Malagueña) has been designing and manufacturing power subsystems for satellites since 2013. Headquartered at the Andalusia Technological Park in Málaga, Spain, the company serves CubeSat and small satellite operators worldwide with products that have accumulated thousands of days in orbit.

The company's product portfolio spans the full spectrum of satellite power: solar panels for CubeSats (1U to 16U), deployable solar arrays for smallsats, electrical power systems (EPS) with maximum power point tracking, solar array drive assemblies (SADA and microSADA), and multi-layer insulation (MLI) blankets for thermal control.

DHV Technology achieved a key milestone in December 2025 with the successful in-orbit demonstration of its PCDU (Power Conditioning and Distribution Unit) aboard a Reflex Aerospace satellite. The company collaborated with Kyushu Institute of Technology on the VERTECS 6U CubeSat mission and has won the International Development Award from Andalucía TRADE.

DHV Technology is a member of the International Astronautical Federation (IAF) and participates in ESA's InCubed and JAXA-SMASH programs. The company is managed by Vicente Díaz and Miguel Ángel Vázquez.

Products

7

Solar panels have been tested in qualified laboratories for space applications, as well as solar cells are fully qualified. Different mechanical and electrical designs can be…

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Pico EPS for 1U–2U CubeSats and Nano EPS for 3U–16U CubeSats: MPPT-based power conditioning and distribution with battery charging and bus regulation.

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Custom multi-layer insulation (MLI) blankets for CubeSats and small satellites, providing passive thermal control to maintain temperature within operational limits.

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PC104-form-factor CubeSat EPS for 3U-6U platforms with MPPT, 3.3 V/5 V/12 V/VBAT buses, thermal knife deployment control, and optional ISS-compliant version.

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microSADA for small satellites and SADA for larger platforms: motorized mechanisms for continuous solar panel pointing, including slip rings for power and data transfer.

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Body-mounted solar panels for 1U, 2U, 3U, 6U, 12U, and 16U CubeSats with high-efficiency triple-junction solar cells and qualified for LEO missions.

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Custom deployable solar array panels for small satellites above 12U, up to 100 kg class, with triple-junction cells and structural integration support.

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