Power Systems — Space Hardware Marketplace

Phoenix

Lightweight, high-energy battery system for unmanned aerial vehicles.

Arctic

Battery system engineered to reliably operate in extreme cold for Arctic expeditions.

Nova

High-energy battery system engineered for space exploration missions.

PPS mk1

The PPS mk1 is an autonomous space-qualified power distribution unit designed to convert and distribute 28 Vdc to…

CBAT — Capacitive Based Aerial Transmission

• Transfer mediumAir, walls, water, and other non-conductive materials
• Alignment requirementNone — no pad or port alignment needed
• Multi-device supportSingle transmitter powers multiple devices simultaneously

Next-generation wireless power transfer technology transmitting electrical energy through air, walls, and water without physical contact or alignment.

SPEAR Probe

Compact deep-space nuclear power and propulsion probe delivering 3 kW electric at 20% conversion efficiency over a 14-year…

Chiyu Solar Energy System

The Chiyu Solar Energy System is Hongqing Technology high-performance solar wing product line designed for LEO satellite platforms.…

Power Supply (Various Models)

Data Patterns India develops a range of power supplies for air, naval, ground-based, and space applications, available in…

Deployable Solar Array

• TypeDeployable solar array
• Key featureOrders-of-magnitude more power per launch vs. traditional deployable arrays
• Structural innovationMaintains structural stiffness to prevent bending-mode vibration interference at large scale

High-power deployable solar array for orbital data centers, space stations, and lunar operations.

PCDU NANO Power Conditioning and Distribution Unit

Modular power system for nanosatellites (6U-27U) compliant with the CubeSat standard — SAM3X microcontroller, configurable MPPT/DET/distribution modules.

Space-Grade DC-DC Converters

Radiation-hardened DC-DC power converters and point-of-load regulators for spacecraft buses and cubesats — 2.5W to 500W, 12V-120V input…

Nano-Thin Flexible Solar Module

• Silicon use~1% of conventional
• Energy use~99% less than conventional
• Carbon footprint~95% less than conventional

Ultra-light, ultra-flexible wafer-less solar cells using ~1% of the silicon and 99% less energy than conventional production —…

PPS Power Distribution Units

Autonomous space-qualified power distribution units converting and distributing 28Vdc power — proven heritage on the ISS Columbus Module…

KULR ONE Space (K1S) Battery System

• Energy configurations100 Wh, 200 Wh, 300-LT, 400 Wh series
• Cell qualificationNASA WI-37A screened lithium-ion cells
• Safety architecturePassive propagation resistance (flame-arresting)

Flight-ready lithium-ion battery systems for spacecraft, CubeSats, and orbital vehicles — 100Wh to 400Wh series, passive propagation-resistant safety…

Green Cells HJT Solar Cell

• Cell technologyHeterojunction (HJT)
• Manufacturing processChemical Vapor Deposition (CVD)
• Energy savings90% less than PVD process

Eco-friendly heterojunction (HJT) solar cell manufactured via Chemical Vapor Deposition instead of Physical Vapor Deposition — 90% less…

DragonSCALES Silicon Solar Cell Technology

• Cell technologyPatented silicon solar cell (not GaAs/III-V)
• Radiation lifetime15-20 years (with annealing/recovery)
• ArchitectureMesh configuration — fault isolation, no single-point failure

Ultralight, mesh-configured silicon solar cell technology for space power — 3-5x lower cost than GaAs, 15-20 year radiation-recovery…

Solar Array Drive Assembly (SADA)

• Actuation range+/-180 degrees
• Feed-through conductorsUp to 16 signal/power feed-through conductors per wing
• Actuation speedUp to 2.2 degrees per second (adjustable per mission requirements)

A gimbal mechanism that rotates a satellite's solar array wings to track the Sun, increasing average and peak…

24U CubeSat Solar Array (Very High Power)

330 W deployable solar array wing for a 24U DoD CubeSat with a 9-panel active surface — believed…