Energy Retailers Want EV Charging Revenue. The Grid Says Wait.

So here is the awkward truth about the UK energy retail market. Octopus, EDF, OVO, British Gas, EON, ScottishPower, every single one of them has put EV charging at the top of their B2B growth deck. Commercial demand is real, the margins on a managed charging service are genuinely attractive and the path to upselling a corporate energy customer onto chargers and software and demand response is right there in the slides. And yet when the actual rollout starts, the whole thing slows down to the speed of a DNO application form.

I have watched this from the inside. The retailer pitches the customer, the customer signs, the energy team go to deploy and then somebody mentions the half meg upgrade at the depot. Eighteen months later, the customer is on the phone wondering why the chargers that were promised at signature have not appeared and the account manager is on the phone to the DNO sounding tired. The deal closes, the revenue does not start.

The energy retailer cannot move faster than the wires

Here is the thing nobody likes to say out loud at the trade body events. The retail side of an energy company has almost no leverage over the DNO. They are separate businesses under the licence ringfence and even where the same group owns both ends of the chain, the DNO has its own regulator, its own queue and its own connection bill to send. So the utility account manager who has just sold a 1.5MW depot charging package to a logistics customer in Wolverhampton is in exactly the same queue as the bloke who runs the chip shop next door. Maybe a marginally faster queue if the connection is straightforward but still a queue measured in quarters not weeks.

The customer does not care. The customer signed a piece of paper that said they would be charging electric trucks by the end of the year. They are not interested in the difference between the supply licence and the distribution licence and frankly nor should they be.

Off grid is the only honest answer

PowerMe was built for this exact gap. The FreeMe range is containerised charging infrastructure with onboard energy storage and hybrid LTO and LFP chemistry that drops onto an existing yard or car park without a trench, without a DNO upgrade and without a wayleave conversation with the neighbours. The container arrives on a lorry, sits on the tarmac and starts charging vehicles the same week. The energy retailer can wrap their own supply contract around it, badge it in their own colours and book the revenue on the customer's normal billing cycle.

The clever bit, and this is where the utility B2B teams should be paying attention, is that FreeMe also acts as a buffer. The unit pulls energy from whatever connection the site already has, however modest, charges its own battery during the quieter periods then delivers high power on demand to the vehicles. So a customer with a 100kW site supply can still deliver 350kW to a tractor unit because the buffer fills the gap. The retailer gets a deployable product, the customer gets the service they were sold and the DNO upgrade can come later as a planned upgrade rather than a critical path blocker.

Where TitanMe Max earns its keep

Some customers want a mobile answer rather than a fixed asset. A logistics network with eight depots might not want eight FreeMe units sitting permanently; they might want two TitanMe Max units that move around the estate on a rota. TitanMe Max sits on a pallet footprint, runs at 200kW DC and shifts between sites on a flatbed without the customer having to file a single planning application. For the utility B2B team, this is the product that converts a slow site survey into a Friday afternoon deployment.

The Toshiba SCiB LTO chemistry inside the mobile range matters here, not because anyone reads the cell datasheet but because the cycle life and the charge speed mean a single unit can do four or five jobs in a day rather than two. The economics work because the asset turns over faster than anything LFP based can manage.

EaaS suits the utility model surprisingly well

The Energy as a Service model is built for the utility. The retailer signs the customer onto the energy supply contract as normal, PowerMe owns and operates the kit on a revenue share and the retailer keeps the customer relationship without the capex sitting on their balance sheet. Leasing also works where the customer wants to own the asset on a finance line but EaaS is where the volume goes because nobody at a busy logistics operator is looking for a new piece of capex to argue about at the next budget meeting.

The retailer gets to keep its promise. The customer gets the chargers it was sold. The DNO timeline becomes a planning exercise for the next phase rather than a blocker on the first one.

Get in touch: info@powerme.energy / +44 20 8050 8198 / www.powerme.energy