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NWPT — Wireless Power TransmissionNWPT

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Pilot, use of funds and data room under NDA.

If a buyer can run a cable, they should. The money is in sites where a cable costs shift time, corrosion or extra catenary.

Why this is a business

Mining: ~1 m clearance and a site already fenced (the ICNIRP zone is not a hidden obstacle). A manual plug is shift time.

Ports: tide moves the gap; corrosion kills connectors. A flush cover avoids both.

The value gate is G2: 25 kW across a metre at high efficiency — a first at that gap. After that the work is replication, not new physics.

What this is not yet

  • No hardware has been energised above 1 kW.
  • 97.18 % is not a rated-power test.
  • TETHER (3 / 6 / 11 kW) remains a target until physical validation.
  • 1 MW and km-class are not the same product as the 1 m link.
  • Nothing on this page is an offer, a valuation or a delivery commitment.

Use of funds — 18 months

Percentages only. This site does not name a raise.

40 %G0 and G1Measure L/M/R_ac; conductor upgrade; Q of order 600–1200.
35 %G225 kW module, kV-class tank, PD qualification.
25 %PilotOne site (mine or port): integration, controlled zone, operations.

Eighteen months

0–6G0: coil set measured. Post L, M, R_ac. Do not change η until then.
6–12G1 + G2 design. Conductor and tank.
12–18G2 on the bench if the tank passes PD. Start one pilot, not 1 MW.

Pilot — one page

Numbers an industrial reader can sanity-check. ICNIRP radii and 100 kW / 1 MW η are simulated.

Site typeFenced yard (mine or quay)
Air gap1.00 m
First useful module25 kW (G2) — planned, not built
100 kW (studied)4 × 25 kW; zone ~3.3 m (sim.)
1 MW (studied)~240 kg Cu; 1.12 MVA; zone ~6.3 m (sim.)
TETHER on the pilotTarget 3 / 6 / 11 kW; flush sliding covers

Data room

Model, manufacturing package, tank specification and risks. Only after a request and an NDA. The public site does not publish the full report.

I accept that any material sent is confidential until a written agreement.

research@nwpt.pt