Energy On Demand, in Space
Laser-based Wireless Power Transmission that Unlocks Orbital Mission Flexibility. No Redesign. No More Downtime
Main challenges
Orbital Shadowing Limits Operational Time
During each orbit, satellites spend ~40% of their time in eclipse, when no solar power is available. This forces systems to go offline or switch to reduced modes, significantly lowering mission uptime and data throughput.
Rising Power Demands from Advanced Payloads
Next-generation payloads, like SAR sensors, onboard AI, and electric propulsion, require peak power far beyond the capabilities of standard solar panels. This creates a gap between mission ambition and energy availability
Solution—
laser energy conversion.
Advanced Laser Source
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Triple-Junction Cell Integration
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Patented Receiver Structure
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Precision Beam Alignment
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How it works -
Emitter Satellite
Produces High-Quality Laser Energy
Compact, space-qualified laser modules emit tunable, reliable power for long-range beaming.
Detects the Target
Autonomously identifies the receiver satellite and locks onto its solar panels, no communication link required.
Aligns the Beam
High-precision pointing keeps the laser aligned during relative motion in orbit.
Adjusts Power Density in Real Time
Beam intensity and shape are tuned to match the receiving panel’s thermal tolerance and energy demand.
How it works -
No Need to Change your Solar Panels.
No Hardware Modification Needed
Receivers use the satellite’s existing triple-junction solar panels. No retrofit or redesign required.
Laser-Optimized Conversion
The laser beam's wavelength is tuned for optimal absorption, often achieving higher efficiency than direct sunlight.
Thermal-Conscious Operation
Power input is regulated to avoid panel overheating, with precise beam shaping that protects non-targeted spacecraft areas.
Eclipse-Proof Energy Supply
The receiver collects energy even during eclipse periods, enabling uninterrupted satellite operation when solar power is unavailable.
Power During Eclipse
Maintain full system operation even in orbital darkness. No interruptions, no fallback modes.
Payloads Without Limits
Unlock the full potential of energy-hungry instruments like SAR, AI processors, or electric propulsion.
Retrofit-Free Integration
Works with the solar panels your satellite already has. No hardware changes or redesign needed.
Energy When and Where Needed
Break free from orbital constraints and receive power precisely when your mission demands it.
Longer Operational Lifespan
Mitigate solar cell degradation over time and keep your satellite productive longer.
Do More with Fewer Satellites
By extending payload duty cycles, each satellite delivers more value. Reducing the need for redundant assets and cutting overall mission costs.
Absorptive Structural Design
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Intelligent Safety Interlocks
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Secure Key-Controlled Activation
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Real-Time Power Monitoring
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Environmental Stability Sensors
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Absorptive Structural Design
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Use Jambo for analyzing and engaging with customer feedback, unlocking valuable insights, and revealing new releases.
Yes. OptiScribe integrates seamlessly with Patient Management Systems (PMS) such as OPTIX via API, enabling real-time syncing of patient data for faster and more reliable prescribing.
Absolutely. All plans come with dedicated support, and Pro and Enterprise users benefit from priority assistance. We’re here to help with onboarding, troubleshooting, and ongoing optimisation.
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Yes. Our Enterprise Plan is tailored for group practices and multi-location organisations. Contact us for a bespoke quote based on your user base and specific requirements.
We offer a free demo and can provide trial access on request, so you can experience the platform’s features before committing to a subscription.
Yes. OptiScribe is built with end-to-end encryption, secure cloud infrastructure, and full compliance with GDPR and NHS data protection standards. Your data—and your patients’—is safe with us.
Solution—
laser energy conversion.
Advanced Laser Source
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Triple-Junction Cell Integration
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Patented Receiver Structure
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Precision Beam Alignment
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In-Orbit Demonstration 2027
We’ll test Wireless Power Transmission between two satellites in orbit.
