Sector · Forward funding
EV charging and roadside forward funding
EV charging forward funding lets an investor fund construction of a charging hub or roadside forecourt and take a pre-let income at completion. This page covers grid connection as the binding constraint, charge point operator leases, turnover models, evolving covenants and indicative pricing as at Q2 2026.
EV charging forward funding is a structure in which an institutional investor acquires a roadside or hub site, funds the cost of building a charging destination in staged drawdowns, and holds the completed, income-producing asset against a pre-let to a charge point operator. The investor takes construction and grid delivery risk during the build in exchange for a development margin embedded in the yield, and receives a contracted or turnover-linked income once the site is energised and handed over. This sits between a standing investment purchase and speculative development, and it is one of the newer applications of forward funding as charging real estate moves from an operator-funded rollout toward institutional ownership. The active UK operator and investor set includes Gridserve and InstaVolt, the latter backed by EQT Infrastructure, alongside bp pulse, Osprey, and the forecourt platforms Motor Fuel Group, owned by Clayton, Dubilier & Rice, and EG Group.
The sector is early-stage, and that is reflected in wide yields and evolving covenants rather than the settled pricing of a supermarket or a logistics box. Secured grid capacity is the scarcest input, charge point operator balance sheets are still maturing, and utilisation at any given site remains a live question as the vehicle parc grows toward the 2035 phase-out of new petrol and diesel car sales. Forward funding gives capital an early route into this stock while spreads are wide, provided the grid, covenant and utilisation risks are underwritten explicitly rather than assumed away.
Definition and EV charging market context
EV charging real estate converts secured grid power and roadside land into rentable charging capacity, and demand is driven by the transition of the UK vehicle parc to battery electric. Dedicated charging hubs cluster on high-traffic corridors, retail park edges and forecourt sites, where a canopy, hardstanding and a dedicated substation support a bank of rapid and ultra-rapid chargers. Gridserve has built standalone electric forecourts, including a site at London Gatwick with high-power charging up to 350 kW, while InstaVolt runs a large owner-operator network of rapid DC chargers at destinations including retail and quick-service locations. bp pulse and Osprey operate national rapid and ultra-rapid networks, and the forecourt operators Motor Fuel Group and EG Group are converting fuel sites into ultra-rapid charging destinations bundled with convenience retail and food service.
Grid capacity, not land, is the binding constraint, which is the same dynamic that governs data centre feasibility. A site can only run as many high-power chargers as its secured connection allows, and distribution network reinforcement can add months or years to a programme in constrained areas. Investors treat a signed connection agreement, with a defined capacity in megawatts and an energisation date, as a precondition to funding rather than a detail to be resolved during construction. Against structural demand growth and a shortage of powered, well-located roadside sites, forward funding gives capital a way into new-build charging stock that the thin standing market cannot readily supply.
Why investors forward fund EV charging
Investors forward fund EV charging to gain early exposure to a policy-backed growth sector at yields that compensate for its immaturity. The zero emission vehicle mandate and the 2035 phase-out of new internal combustion car sales underpin a long runway of demand for public charging, and forward funding lets capital secure new hubs before the investment market for charging real estate has fully formed. The income can be structured as a contracted lease to a charge point operator, which behaves like a conventional roadside investment, or as a turnover or concession arrangement that shares charging revenue, which trades predictability for upside participation.
The covenant is where this sector diverges most from established roadside assets. Charge point operator covenants are still maturing, and many networks remain loss-making as utilisation builds, so the strength of the operator’s balance sheet, funding runway and any parental guarantee matters more than the headline lease. Operators such as InstaVolt, backed by EQT Infrastructure, and bp pulse, backed by bp, carry deeper support than standalone start-ups, which feeds directly into pricing. The forward funding return compensates for taking construction, grid and letting risk ahead of income, and disciplined investors price the covenant and utilisation exposures explicitly rather than leaning on the policy tailwind alone. The covenant strength of the operator, not the sector narrative, sets the yield.
EV charging real estate trades at wide yields because grid capacity is scarce, operator covenants are still maturing, and utilisation is unproven at many sites, not because the demand case is weak.
Structure variants
EV charging forward funding divides principally by how the income is set: a contracted lease, a turnover model, or a bundled amenity hub. In a long-lease structure the charge point operator pays a fixed rent, often on a full-repairing-and-insuring basis, which transfers utilisation risk to the operator and produces the most predictable income. In a turnover or concession structure the landlord takes a share of charging revenue or a per-session fee, which shares both upside and downside and makes the income behave more like an operating interest than a passive lease. The choice reflects how confident each party is in throughput at the site, and it is closely related to the wider question of pre-let structures and the mechanics of forward funding versus forward purchase.
The third variant is the roadside amenity hub, where charging sits alongside coffee, convenience and drive-thru occupiers on a single site. Bundling improves dwell time and utilisation, because drivers charge while they eat or shop, but each element is usually let and valued separately: the charging income, a convenience lease and a quick-service unit behave as distinct covenants even when co-located. This is the key distinction from a supermarket forward funding or a drive-thru forward funding, where a single established occupier drives the whole investment case. On an amenity hub the charging is the power-led anchor and the retail and food elements are complementary covenants, not a merged income.
| Structure variant | Investor holds | Income basis | Yield and risk profile |
|---|---|---|---|
| Long-lease pre-let to CPO | Land, canopy, hardstanding, substation | Contracted FRI rent | Most predictable, keenest yield, covenant-dependent |
| Turnover / concession hybrid | Land and site infrastructure | Revenue or per-session share | Utilisation exposure, wider yield, upside participation |
| Roadside amenity hub | Multi-let site with charging anchor | Blend of charging, convenience and food leases | Diversified covenants, higher management, dwell-time uplift |
What investors require
Investors require secured grid capacity and a signed connection agreement before they will commit funding to an EV charging site. The primary due diligence gate is an executed connection with a defined capacity in megawatts and a credible energisation date, because power sets both the number of chargers a hub can run and its ultimate value. Location follows directly: a site on a high-traffic corridor, motorway junction or established retail destination, with strong visibility and easy access, carries far lower utilisation risk than an unproven location. Scale matters for institutional interest, with deal sizes typically running from around £10m to £60m of gross development value once land, grid works and the built form are included.
Beyond power and location, the requirements are covenant, specification and lease structure. Investors underwrite the operator covenant, the charger specification and resilience, and the environmental credentials of the design.
- Secured grid capacity. A signed connection agreement, defined capacity in megawatts, energisation date, and headroom for future charger additions.
- Location and utilisation. High-traffic corridor or destination, strong visibility and access, and a credible utilisation ramp supported by local vehicle parc and traffic data.
- Operator covenant. Financial strength, funding runway and any parental guarantee of the charge point operator, given that many networks are still loss-making.
- Specification. Number and power rating of bays, rapid and ultra-rapid mix, canopy, hardstanding, substation capacity, and provision for charger replacement cycles.
- ESG and energy. Renewable power procurement, on-site solar or battery storage potential, and accessibility and amenity that support lettability.
- Lease structure. Clear allocation of hardware ownership, utilisation risk, maintenance and charger refresh obligations between landlord and operator.
Indicative pricing dynamics
EV charging pricing turns on operator covenant, income basis and the certainty of grid capacity. As at Q2 2026, indicative net initial yields for a leased charging hub let to a reasonable covenant on a long lease sit around 6.00% to 8.00%, with turnover and concession structures pricing wider to reflect utilisation exposure. Prime hubs let to stronger, parent-backed operators such as InstaVolt or bp pulse price toward the keener end, while standalone or evolving covenants sit wider. The figures below are indicative and move with the swap curve and with the pace at which the sector’s covenants mature, so they should be re-tested at the point of any live transaction.
| Profile | Indicative net initial yield (as at Q2 2026) | Notes |
|---|---|---|
| Prime leased hub, strong parent-backed covenant | 6.00% to 6.75% | Long FRI lease, established operator, secured high-capacity grid |
| Standard leased hub, evolving covenant | 6.75% to 7.75% | Reasonable operator, unproven utilisation, standard grid capacity |
| Turnover / concession hybrid | 7.50% to 8.50%+ | Revenue-linked income, direct utilisation exposure to investor |
| Developer return on cost (forward funded build) | Priced as a margin over yield on cost | Reflects construction, grid and letting risk |
The grid premium is a defining feature of the pricing, in the same way that secured power drives data centre value. A site with a confirmed, energised connection at high capacity commands a keener yield and deeper liquidity than an equivalent site without confirmed power, because capacity cannot be manufactured on demand. As the sector matures and utilisation data accumulates, the gap between prime and evolving-covenant pricing is expected to narrow, but as at Q2 2026 it remains wide by the standards of established roadside real estate.
Worked example
Consider Panel Investor A, an infrastructure fund forward funding a leased charging hub on an established roadside corridor. The figures are indicative and illustrative only, and do not represent an actual transaction.
| Metric | Indicative figure |
|---|---|
| Secured grid capacity | 3 MW connection, energisation date fixed in the agreement |
| Specification | 12 ultra-rapid bays up to 300 kW, canopy, hardstanding and dedicated substation |
| Structure | Long-lease pre-let to a parent-backed charge point operator |
| Gross development value | c. £22m GDV |
| Pre-let | 20 year FRI lease, index-linked uplifts, operator owns the charging hardware |
| Drawdown | Staged against construction and grid delivery milestones |
| Developer return | Margin on cost for delivering the built form, grid connection and pre-let |
| Stabilised income | Contracted rent structured to deliver the target yield on cost |
| Net initial yield at completion | c. 6.50% net initial (indicative, as at Q2 2026) |
In this illustration Panel Investor A acquires the site with its connection agreement in place, funds the canopy, hardstanding, substation and grid works through staged drawdowns tied to construction and energisation milestones, and takes handover of a let, income-producing hub on practical completion and energisation. The operator installs and owns the charging hardware and bears utilisation risk under the lease. The developer earns a margin for delivering the built form, securing power and putting the pre-let in place, and the investor holds a contracted income at a yield that reflects the still-maturing operator covenant rather than the settled pricing of an established roadside occupier. The staged drawdown structure means capital is deployed against verified progress rather than in advance, which is a discipline shared with golden brick and milestone-based funding.
Process and timeline specifics
EV charging forward funding timelines are governed by grid connection lead times more than by construction. Securing or confirming a connection agreement can dominate the pre-commitment phase, and in constrained areas the energisation date may sit well beyond the point at which the canopy and hardstanding could physically be complete. Investors therefore diligence the connection agreement, planning position and pre-let before signing, and structure completion around energisation rather than built form alone. Charger hardware is generally installed late in the programme, so the funding agreement must map rent commencement to power delivery and commissioning, not merely to structural completion.
From heads of terms, the path runs through due diligence on grid, planning, operator covenant and specification, to a funding agreement and building contract, then a construction period with staged drawdowns, and finally practical completion, energisation, charger commissioning and handover. Because the asset is compared against alternatives such as a supermarket forward funding for its covenant strength and a drive-thru forward funding for its roadside amenity characteristics, investors weigh the wider EV charging yield and evolving covenant against the sector’s structural demand growth. To discuss a specific EV charging or roadside forward funding opportunity, get in touch.
Questions
Frequently asked questions
What is EV charging forward funding?
EV charging forward funding is a structure in which an investor buys a site and funds the cost of building a charging hub or roadside forecourt in staged drawdowns, then holds the completed asset as a let investment. The developer delivers the canopy, hardstanding, substation and grid connection works against a pre-let or agreement for lease to a charge point operator. It differs from a forward purchase, where the investor pays only on practical completion and takes no construction funding risk.
Why is grid connection the binding constraint for EV charging sites?
Grid connection determines how many chargers a site can run and at what power, and secured capacity is the scarcest input in the sector, which is a close parallel to the constraint on data centres. Investors require a signed connection agreement with a defined capacity in megawatts and an energisation date before committing funding, because distribution network reinforcement can add months or years to a programme. A site with confirmed high-capacity power is worth materially more than an equivalent site without it.
How strong are the covenants of UK charge point operators?
Charge point operator covenants are still maturing, and this is the main reason yields sit wider than for supermarkets or established roadside occupiers. Operators such as InstaVolt, backed by EQT Infrastructure, and bp pulse, backed by bp, carry stronger parental support than standalone start-ups, but many networks remain loss-making as utilisation builds. Investors underwrite the operator's balance sheet, funding runway and parental guarantee rather than relying on the lease alone.
What is the difference between a lease and a turnover model for EV charging?
A lease pays the investor a contracted rent from the charge point operator regardless of how much electricity is dispensed, which transfers utilisation risk to the operator. A turnover or concession model links part of the income to charging revenue or throughput, which shares upside and downside between landlord and operator. Leased hubs price keener because the income is more predictable, while turnover structures carry a higher yield to reflect the exposure to utilisation.
What yields do UK EV charging hubs trade at?
As at Q2 2026, indicative net initial yields for a leased charging hub let to a reasonable covenant on a long lease sit around 6.00% to 8.00%, with turnover and concession structures pricing wider still. The range is broad because operator covenants are evolving, utilisation is unproven at many sites, and the investment market for pure charging real estate is early-stage. All figures are indicative and should be re-tested at the point of any live transaction.
How does an EV charging hub differ from a supermarket or drive-thru even when co-located?
An EV charging hub is a power-led asset whose value turns on secured grid capacity, charger specification and operator covenant, whereas a supermarket or drive-thru is a covenant-led retail or food asset with an established occupier model. Where the three are co-located on a roadside amenity site, each element is often let and valued separately, because the charging income behaves differently from a grocery or quick-service lease. The bundling improves dwell time and utilisation but does not merge the underlying covenants.
What policy supports investment in EV charging real estate?
The UK zero emission vehicle mandate and the 2035 phase-out of new petrol and diesel car sales underpin structural demand growth for public charging. Government has also set targets for public charge point numbers and supported grid connection reform to shorten queues. These tailwinds support the long-term investment case, though utilisation at any individual site still depends on traffic, local vehicle parc and competition.
What are the main risks in EV charging forward funding?
The principal risks are grid delivery, operator covenant, utilisation and technical obsolescence of charging hardware. Delays to a connection can push back income even where the canopy and hardstanding are complete, and utilisation ramps slowly at many sites while the vehicle parc grows. Investors mitigate through secured connection agreements, parental guarantees, staged drawdowns tied to milestones, and lease terms that anticipate charger replacement cycles.