Problem: Grid Losses & Emissions
●"Grid losses contribute to 95% of our CO2 footprint." - TenneT B.V. (2022)
●"Germany's 27.02 TWh grid losses cost USD 1.3 – 4.7 Bn annually." - IEA (2019)
●"Global energy-grid transmission losses cost USD 99 – 352 Bn per year." - IEA (2019)
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Global-WET.com
Solution: Hybrid “WET-Grids”
(Grounded) Wireless Energy Transfers (WET)
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Renewables Anywhere, Adaptive WET-Grids
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Global-WET.com
The Losses The WET-Grid Gains
“Energy-grid transmission
losses cost USD 99-352Bn
per year.”
- IEA (2019)
“Grid losses contribute to
95% of our CO2
footprint.”
- TenneT B.V. (2022)
1. Lossless transfers
2. Traversing metal and water
3. Cheaper
4. Redundancy
5. Risk-reduction
6. Harmless
7. Decarbonization
8. Net-zero
(wireless, “grounded” with cables)
(less accidents, no waste)
(lossless, magni>ed, exact amount fetched)
(self-adaptive N-providers to N-users)
(less vulnerability, authenticated users)
(safe for life: no more stray waves)
(lossless energy-grid, so 95% less CO2)
(fully with net-zero renewables)
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WET-Grid: The Global Net-Zero Solution
Volcanoes deliver 100%-renewable 24/7/365 durable energy worldwide:
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WET-Grid Proof of Concept
A demo is more convincing than any speech. So, before making a large
project, it makes sense to demonstrate something new on a small case.
We will demonstrate lossless grounded WET between Faraday cages
and beyond the near >eld, proving that no other solution can do that.
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Global-WET.com
WET Prototype Validation
You will check all the claims: (1)
losslessly, (2) traversing metal &
water, and (3) beyond the near-
>eld.
3
Test Energy-Grid Segment
You will select an energy-grid
segment to deploy a real-life test
of TWD's WET-grid and give TWD
its speci>cations.
34
WET-Grid Manufacturing
TWD will build and test the
quality of the antennas to make
sure they >t the requirements of
the WET-Grid.
34
WET-Grid Engineering
TWD will calculate antennas
requirements (using the location
and size of the energy-grid
segment & the type of current).
WET-Grid Test
TWD will supervise the transport
and installation of the antennas
on the energy-grid segment, and
test the WET-grid.
WET-Grid Validation
You will validate the proper
delivery and functioning of the
WET-Grid segment.
WET-Grid Deployments
You will exercise the TWD
distribution agreement to
progressively deploy the WET-
Grid technology on more sites.
Total Costs (CHF): 3 – 5 millions
Total Duration: 11 – 19 months
Next Step
WET-IoT with
remote power
fetched from
WET-Grids.
Uncertainties: (1) regulation, (2) energy industry cooperation,
(3) third-parties' execution.
WET-Grid Use-Case Roadmap
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TWD's History (280m RA licenses deployed in 138 countries)
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Questions & Answers
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