You will not believe what is happening in the world of renewable energy sources. Imagine you can get into the solar unlimited strength, even after the stars come out. This is exactly what the Orbital reflects, a startup with traces led by Tristan Semmelhack and Ben Nowack, works.
They develop a constellation of mirrors in space that can paste sunlight on the ground at night, basically selling daylight on demand. The sun, our reliable fusion reactor in the sky, combines a whopping 24 trillion of more energy than we currently use, making it extreme renewable resources. The reflection of the Orbital mission is nothing more revolutionary, using this boundless energy to change the way we think forever about power.
Reflect an orbital image of the website (reflect the orbital) (Kurt “Cyberguy” Knutsson)
How it works
They reflect an orbital concept Includes large mirrors in space to record sunlight and diverting to certain places on Earth. This innovative approach could expand the operating hours of solar farms, effectively allowing them to create energy even after sunset. The company plans to use a satellite located approximately 370 miles above the ground, equipped with ultra-reflective 33 square meters mirrors. Each arrangement is expected to illuminate an area of 3 miles in about four minutes.
Reflect an orbital image of the website (reflect the orbital) (Kurt “Cyberguy” Knutsson)
Applications and potential influence
The potential application of this technology is huge and diverse.
- Extended Solar Energy Creation: By reflecting the sunlight on the solar farm after the dark, the reflection of orbitals could significantly increase the productivity of existing solar installations.
- Urban lighting: Cities could potentially replace the traditional street light with the sofa of sunlight, reducing the costs and consumption of energy.
- Emergency Service: In areas that are not engaged in electricity -free disasters, this technology could provide key lighting for rescue operations and efforts to help.
- Industrial Applications: Construction projects and other industries that usually slow down after dark can potentially act on a daily basis.
Customers, including companies, governments and individuals, will be able to request light bursts by simply entering the GPS coordinates of their network location.
5 of the best portable chargers for each occasion
Air picture of an experiment using a hot air balloon with a large mirror (reflects the orbital) (Kurt “Cyberguy” Knutsson)
Solar device transforms used tires to help the water purification so that it is drunk
Challenges and innovations
They reflect the orbital faces significant technical challenges, including atmospheric scattering, cloud disorders and the need for extreme precision in directing the sun’s light from space. In order to solve these problems, the company brought experts from the NASA Laboratory for a jet drive to confirm physics and ensure the feasibility of the project.
You never need an EV station to fill with these panels of solar energy on the roof
Funding and future plans
The reflection of Orbital recently secured a $ 6.5 million seeds, led by Sequoia Capital, referring to the first investment in Sequoi in an investment in Sequoi from Spacex 2020. The company has already implemented successful experiments using a Hot air balloon with a large mirror and plans to provide its first Sunlight Services in the fourth quarter of 2025.
Currently, Reflect Orbital develops a constellation of satellites aimed at providing sunlight with thousands of solar farms after dark. They predict 57 satellite rings in the Sun’s Wick Orbius, which would allow them to provide an additional 30 minutes of sunlight solar farm anywhere on Earth. Significantly, their website currently shows that applications for this service are closed.
Air picture of an experiment using a hot air balloon with a large mirror (reflects the orbital) (Kurt “Cyberguy” Knutsson)
Subscribe to Kurt’s YouTube channel for fast video tips on how to do all your technological devices
Kurts key endeavor
Although the concept can seem a little outside, it is based on sound scientific principles and supported by serious investors. While we are still engaged in global energy challenges and climate change, innovation like this can play a key role in shaping a sustainable future. As the orbital reflects progressing with its ambitious plans, the world will see if they can really bring sunlight to the ground after the sun goes down, potentially inserting a new era of use of solar energy.
What other innovative applications could you imagine for the space technology of solar reflection beyond what is currently proposed? Let us know by writing us on Cyberguy.com/contact.
For more of my technological tips and security warnings, subscribe to my free newsletter about Cyberguy Report, moving toward Cyberguy.com/newslettter.
Ask the Kurt question or let us know which stories would you like to cover.
Follow Kurt on his social channels:
Answer to the most demanding questions about Cyberguy:
New from Kurt:
Copyright 2025 Cyberguy.com. All rights reserved.
