Constant Aperture, Solid-State, Integrated, Orbital Phased Array:

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CASSIOPeiA

HIGH GAIN ANTENNAE FOR WIRELESS POWER TRANSFER & COMMUNICATIONS

Unlike existing designs, CASSIOPeiA is a phased array with negligible mechanical pointing requirements - a high-gain antenna yet with omnidirectional coverage and 100% array utilisation.

TERRESTRIAL

POWER

TRANSFER

Power beaming to static and mobile devices, including IoT (Internet of Things) and wearables.

Point-to-point geographical power transfer to otherwise inaccessible locations.

AERIAL

POWER

TRANSFER

Power transfer to and from aerial platforms, including drones, tethered balloons and airships.

STRATOSPHERIC

POWER

TRANSFER

Air to ground microwave power transfer, offering predictability irrespective of weather and location, using both existing and planned stratospheric platforms. 

The platform attitude can be optimized for solar collection, without regard to typical phased array pointing. 

Uses include emergency relief and strategic energy clients.

SATELLITE

APPLICATIONS

One of the leading causes of mission loss is a satellite losing attitude control.

Our design improves system reliability and upset recovery by maintaining the high gain communication link.

SPACE BASED

SOLAR POWER

Long considered economically non-viable, CASSIOPeiA’s outstanding specific power, when combined with upcoming low-cost reusable launch and minimal energy storage requirement (24/365 delivery), challenges the extreme cost of grid-scale storage necessary as terrestrial wind, solar and other intermittent renewables continue to grow.

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CASSIOPeiA can be launched onto various orbits to collect sunlight and efficiently convert it to a safe beam of microwaves, directed to a terrestrial rectifying antenna ('Rectenna'), feeding into the local power grid.

This is a renewable, carbon-free system that could augment and eventually replace traditional terrestrial power stations.