We develop thermal systems for the next generation of orbital infrastructure — starting with one of the industry's biggest physical bottlenecks: rejecting heat in space.
A growing number of data centers are being designed to operate in space: unlimited solar power, no cooling water requirement, no land-use conflicts on the ground. The limiting factor is not compute itself, but waste heat.
In vacuum, radiation is the only heat rejection mechanism available — convection and conduction to ambient air simply do not exist. Conventional radiators solve this with large, fixed metal panels. As compute power grows, that area grows with it — and with it, mass and launch volume, often disproportionately to the actual payload.
Rather than scaling the established panel-radiator design further, we are working on a fundamentally different heat-rejection principle for operation in vacuum — with the goal of rejecting significantly more heat per kilogram of system mass than today's radiator systems.
For investor, press, or partnership inquiries, reach out directly.
Therma Orbit Systems UG (haftungsbeschränkt) i.G.
(in the process of formation — not yet entered in the commercial register)
Dr. Tim Smolnik
Sascha Weber
Jägerstraße 60
33161 Hövelhof
Germany
Phone: +49 171 4213800
Email: tim.smolnik@icloud.com
Not yet available — the company is currently being formed as a UG (haftungsbeschränkt) and has not yet been entered in the commercial register.
Not yet available.
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