Solis & Solis+ Spacecraft Solar Arrays

Solis and Solis+ are Spacecraft Solar Arrays developed by Dhruva Space, optimised for reliability in Space. They support satellites and spacecraft of various sizes, providing power capacities ranging from a few kWs to larger classes.

Mission-specific custom designs
Deployables
LEO-optimised
Faster TATs

Solis: Spacecraft Solar Arrays for CubeSats

TRL 9 for solar cells icon_Dhruva Space

Solis Spacecraft Solar Arrays are designed to operate in the demanding conditions of Space, providing a reliable source of electrical power for various CubeSat platforms, including 0.5U, 1U, 3U, 6U, 12U, and 16U configurations.

Product Portfolio

Power (in W): 2.4
Power (in W): 8.4
Power (in W): 4.8
Power (in W): 16.8
Power (in W): 9.6
Power (in W): 24.0
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solis Brochure

Custom Spacecraft Solar Arrays

Our team of design and engineering experts evaluates customer requirements to develop custom spacecraft solar arrays tailored to specific mission needs, including mass, power, longevity, orbital parameters, and more.

Space Heritage

Our team of design and engineering experts can evaluate the customer’s requirements to build custom Spacecraft Solar Arrays, that are tailored to meet a given mission’s specific requirements, such as mass, power, longevity, orbital parameters, and more.

On 26 November 2022, at 11:56 am, Dhruva Space launched and successfully deployed the Thybolt Mission to validate its Polaris Demonstrator of Technologies (P-DoT) Satellite Platform, aboard ISRO PSLV-C54.
Thybolt Mission
A mission patch designed by Dhruva Space for TU Wien's SpaceTeamSat1 (STS1).
SpaceTeamSat1 (S1T1)

Solis+ :  Spacecraft Solar Arrays for SmallSats

Solis+ Spacecraft Solar Arrays operate in the demanding conditions of Space, offering power capacities in the order of a few kWs suitable for larger classes of satellites and spacecraft.

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solis+ Brochure
Dhruva Space's Solis+ Solar Panel mentioning details about components.A detailed render of Dhruva Space's Solis+ Solar Panel.
Hover for specifications
A graphic of Dhruva Space's solar cell.
High-efficient Triple-junction (up to 30%) GaAs Coverglass interconnected Cells (CICs)
A render of showing Solar Panel CFRP substrates in detail.
CFRP Honeycomb Sandwich substrate with local reinforcements
Flight-proven Hinges
Flight-proven, low-shock, and redundant Hold -Down and Release Mechanisms
SADA (Solar Array Drive Assemblies) and BAM (Beta Angle Mechanism)

Custom Solis+ Solar Arrays

Our team of design and engineering experts can evaluate the customer’s requirements to build custom Solar Arrays, that are tailored to meet a given mission’s specific requirements, such as mass, power, longevity, orbital parameters, and more.

get a quote