ANY ENERGY TRANSFORMER
The E2X transfer point.
DUAL-WOUND · GALVANICALLY ISOLATED · ENERGY TO EVERYTHING
Part of Connect
Dual-wound, galvanically isolated.
The Any Energy Transformer is the E2X transfer point — built into the Power Pole, and also available as a standalone grid-interconnection unit wherever one is needed. It syncs with your micro-grid and/or the public grid regardless of frequency, voltage or phase, moving power fast between onboard storage, your EV, or the grid.
A second, electrically independent winding set shares the magnetic core with the primary — energy crosses only as magnetic flux, never shared copper. That isolation is what lets the ANEW Energy Communications layer run Grid Buy-Sell transactions safely — connecting to the grid without ever putting a shared conductor between it and your onboard system. Installed on its own, it mounts right next to the power lines arriving at a site or building — the point where your system meets the utility.
◷ Available Fall 2028
Why Dual-Wound
One core, two windings.
The short version — and why it matters
A single winding can move power, but it can't keep two electrical systems safely apart. Our Any Energy Transformer solves that by winding a second, completely separate coil around the same core as the first.
Power crosses from one side to the other only as magnetic flux — never as a shared wire. That isolation is what makes it safe to connect to the public grid at all — which is exactly why the transformer is part of Connect, the ANEW Energy Communications layer that runs Grid Buy-Sell transactions, moving power between the grid, your battery, and your EV at any voltage or frequency.
Utilities and electrical codes require this kind of separation for a simple reason: if your side and the grid were ever directly wired together, a surge on one side could jump straight to the other — and a lineworker repairing a line they believe is de-energized could be shocked by power flowing backward from your system.
Dual windings make that physically impossible. There's no wire, no bolt, no bare metal connecting the two sides — power only crosses as a magnetic pulse over an insulated gap, the same way a transformer on a utility pole works. It's a century-proven safety principle every electrical inspector and utility engineer already recognizes, which is exactly why it clears grid-interconnection review cleanly instead of requiring a novel safety case.
Inside the transfer point
How the crossing actually works.
Two independent winding sets, one shared core, and the board that decides when — and which way — power moves.
Two circuits, one magnetic field
The conductors threaded around the ring are two complete, separate circuits — primary and secondary — from end to end. They never touch. What they share is the core between them, and the only thing that crosses it is a magnetic field.
That's the whole safety story in one picture: there is no conductive path from the grid side to your side, so there is no back-feed path to a de-energized line and no route for a surge on one side to arrive on the other. It is also why the unit clears interconnection review on a principle inspectors already know rather than a novel safety case.
The board that runs the crossing
Mounted inside the ring is the onboard control board. It watches both sides continuously — voltage, frequency, phase, direction — and decides when to connect, how much to move, and which way it goes: onto the grid, into onboard storage, or out to an EV.
It's the piece that makes any energy work: sync to whatever the grid is running, take AC or DC in, and hand out the AC or DC the load in front of it actually needs. Every crossing is logged through Connect, so a Grid Buy-Sell transaction has a record and the hardware has an identity.
CAD view shown for illustration. Winding configuration, core construction and control-board implementation are held under NDA.
The Spec Sheet
Built for E2X.
Design & Build
- Code name“Any-Energy Transformer”
- TopologyDual-wound, galvanically isolated
- IsolationTwo independent windings, shared core
- Energy transferMagnetic flux only — no shared copper
- Dimensions700mm diameter × 150mm
- LocationPower Pole dish, or standalone at the grid interconnection point
- RoleE2X transfer point — Energy to Everything
- Pairs withUp to 500 kWh onboard · 1 MWh paired poles
- Use caseEV fast charging + grid buy/sell · standalone interconnection at a site or building
Performance & Grid
- Grid syncAny frequency, voltage or phase
- InputAC or DC · single-phase, 2-phase or 3-phase — phase-agnostic front end
- Frequency50 Hz or 60 Hz, grid-synced
- Output — AC / grid120 / 220 / 480V · 50 or 60 Hz
- Output — EV / battery200–800V DC, CC-CV
- DirectionBidirectional — V2G / regen · buy, sell, or consume onboard
- Peak efficiencyHigh-efficiency design — validated per power tier
Surge & Fault Protection
- Surge protectionDual graded TVS/MOV — on-mast + service-end
- OvercurrentGraded fuse pairs, accessible-end fails first
- Fault handlingReverse-polarity active-diode protection
- Grid connectZero-cross dV/dt check with hiccup counter
- StandbyNo-load, zero-output until valid load detected
Safety & Service
- Isolation for serviceLockable disconnects at every energy source, LOTO-ready
- Grid-worker safetyGalvanic barrier — no back-feed path to de-energized lines
- ConnectorsIndustry-standard MC4 / MC6 — never mate under load
- MonitoringSelf & environment, real-time
- PUF identityHardware-anchored ID — fixes the unit to its funding asset for credit trading
Figures shown are design targets, engineering-validated in stages. Full transformer and system implementation details are held under NDA; final certified ratings depend on regional certification and engineering sign-off.
One transformer, every connection.
Available Fall 2028. See it in action on the Power Pole, or talk to our team.
Micro-grids mix sources at different voltages. The Transformer conditions solar, wind, water and battery output onto a single clean bus and manages the hand-off to the grid, so switching sources never shows up as a flicker. 24/7.
ANEW reference design — architectural rendering.