The CASSIOPeiA Solar Power Satellite

CSAR Lecture by Ian Cash, M.Eng, International Electric Company
For many years, Space-Based Solar Power has often been considered as science fiction - while remaining largely unknown as a real concept to the majority, even to those very familiar with other sources of renewable energy. Since the first detailed NASA/DoE reports from the late 1970’s and early 80’s, studies have repeatedly shown its technical feasibility and significant benefits, but at a historically prohibitive cost.
The three greatest challenges facing humanity are climate change, sustainability and resource depletion - all having their roots in how we produce and distribute energy. Despite assurances that wind and terrestrial solar are cheaper than coal, oil and gas, we are still reliant on the ability of fossil fuels to supply as much power as we need, at the time and place where we need it.
With the advent of new renewable launch vehicles, the CASSIOPeiA Solar Power Satellite leads the economic case for providing affordable, safe, clean, on-demand power to anywhere on (or off) our planet, at a timeframe and scale which could significantly contribute to the goal of net-zero.
Ian Cash, M.Eng, International Electric Company, a graduate from Birmingham University, UK, specialising in Electronics and Computer Science, Cash has over 30 years’ experience providing engineering consultancy to a broad range of industries including Power, Automotive, Aerospace and Defence. His inventing career began in the 1990’s with a miniature electronic altimeter for skydiving, and he has been named since on several patents in various fields.
In 2013, Cash began independent work on a solid-state power beaming satellite, culminating in the HESPeruS concept operating from a Molniya orbit. In 2017 & 2018, Cash filed patents for CASSIOPeiA, which significantly improves on HESPeruS with its ability to deliver continuous power from a range of orbits for less mass, while retaining its solid-state and Sun-facing aspects. CASSIOPeiA has been independently studied for the UK government and ESA, and is now adopted by the UK’s Space Energy Initiative, with a detailed development programme in-place.
Cash has a lifelong interest in space technology and the benefits this has brought to humanity, with a strong belief that the answers to many of Earth’s problems will be found by becoming a truly space-faring civilisation.
For more information about upcoming lectures see www.csar.org.uk

[@positivefrontiers]

Excellent presentation - thank you.

[@joeblue2492]

They could use the Starlink to cell design pattern and beam direct to house .
Phased array is already in the design up in the space solar array , so just bypass the grid and go straight to a roof top .
Removing the grid is a game changer . Those houses with solar will get base load from space.
Cars could be recharged while they drive . See Aptera solar car as an example reference car

[@HiAdrian]

Interesting presentation, thank you!

[@voranartsirisubsoontorn]

Concern is about how much microwave radiation will be created in order to produce electricity to be used on earth beamed from out of space solar panel and how large solar panel must be to generate such high electricity voltage? MR is dangerous to human tissue and large solar panel could affect cloud generated and result in drought and flood or not?

[@nehopsa]

There are only two options:
1. wooden future with regress of civilization before fosil fuels
or
2. this one system
Everything else is unrealistic with too many "challenges." Fission is "30 years in the future" as ever. That would be the only other viable option. There are no "renewables" - only "rebuildables" which after fosil fuel energy is no more available - needed at every single step of support system - completely fail. (see Alice J. Friedemann - Life After Fossil Fuels: A reality check on alternative energy )
If they do not make this work get ready for horses and burning wood for industrial production.