Cogeneration, without the emissions…
Thermoji is a thermal cogeneration system that uses trough parabolic collectors to collect industrial-level heat through a proprietary graphene mixture, store it in sand banks, for later use as heat injection into a cogen system to power an industrial level generator. It produces more usable power in a smaller footprint (1/20th the size) than that of conventional PV systems, and exceeds their performance by an 80% efficiency factor!
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Thermal Collectors
Energy derived from using concentrated solar thermal power using mirrors or lenses to focus sunlight onto a smaller area to significantly boost the efficiency of solar panels which create heat to produce energy. Similar to a magnifying glass being placed under sunlight to light a fire, but on a much larger scale. Our collectors offer a 80% energy generation efficiency, in comparison with Tier 1 solar panels, at only 22%, meaning that we can produce up to 5X the output of a typical solar panel.
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Sand Batteries
Our large-scale, high-temperature Silicon Storage units are filled with sand or similar materials, to be used as its energy storage medium. It stores thermal energy very efficiently and for prolonged periods of time. In fact, for every pound of sand, at a minimum temperature of 100º Celsius, our sand battery can store at least 1kWh of electrical energy equivalent. We offer various container designs and sizes based on your energy storage needs. From 500kWh to beyond 300 Megawatt Hours.
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Cogeneration Turbine
The heat derived from the sand materials is turned into steam building pressure in a sealed system that powers our high-efficiency supercritical steam turbine generator. This generator turns thermal heat into electricity in a very efficient manner, allowing for significant energy outputs despite the limited amount of space used by the sand batteries and the generator. Our solar cogeneration systems can provide energy to the most energy-demanding industrial islanding sites today.
