Avoid £10,000 Fines: Tender Ready EV Charging Procurement for UK Buyers
Choose an existing framework or DPS for speed and lower compliance risk, or a concessions model where you want site control and minimal capital outlay. Before tendering, confirm three things: your obligations under the Public Charge Point Regulations 2023, whether your specified hardware meets OZEV’s grant‑eligibility rules, and whether the project is buyer‑funded or supplier‑funded. Get those three right first; the checklist and routes below explain how.
TL;DR:
Using existing frameworks like RM6213 significantly reduces procurement time and checks supplier financial stability and technical competence beforehand.
Grant eligibility requires exact manufacturer registration, installation to standards, and strict adherence to OSZEV guidelines, especially for public funding.
Framework call-offs are suitable for simple, small projects, but complex site conditions or long-term revenue sharing may justify bespoke tenders.
Delivery timelines vary from 8-14 weeks for small jobs to over a year for extensive projects involving multiple site upgrades or DNO integrations.
Open specifications emphasizing performance and data connectivity better future-proof infrastructure than fixed hardware requirements, facilitating upgrades and integrations.
Table of Contents
Which EV charging procurement routes and frameworks should you use?
The fastest, lowest‑risk route for most public bodies is calling off an existing framework rather than running a bespoke tender from scratch. Central government’s Vehicle Charging Infrastructure Solutions DPS, commonly referenced as RM6213, pre‑qualifies suppliers across supply, back‑office software, maintenance and consultancy lots. That pre‑qualification work, checking financial standing, technical competence and insurance, has already been done, which cuts weeks off your own due diligence.
ESPO and other regional frameworks work on similar principles. Some allow call‑offs with or without further competition depending on contract value.
Before committing, run through this decision checklist:
Value and timescale: small, straightforward workplace or fleet projects rarely justify a bespoke Official Journal tender; framework call‑off is usually quicker.
Bespoke civils need: complex groundworks, multiple DNO connections or unusual site conditions may need a tailored specification a framework’s standard lots don’t cover.
Competition requirement: check whether your framework mandates a mini‑competition above certain values, or allows direct award.
Lot coverage: confirm the framework’s lots actually include maintenance and back‑office software, not just hardware supply, so you’re not left sourcing a second contract.
Registering as a buyer typically means a DUNS number, framework portal registration and reading the call‑off procedure carefully before you approach suppliers.
How does funding shape your EV infrastructure financing decisions?
Your funding route decides almost everything else in the tender, from evaluation weighting to who owns the risk if a charger underperforms. Workplace and fleet schemes can draw on OZEV grant streams, and local authorities increasingly access LEVI and other local capital schemes for public rollouts. The eligibility traps are consistent: equipment must be on OZEV’s approved list, installation must follow the required wiring standards, and warranty terms must meet minimums before a grant can be claimed against that hardware.
Build those conditions into the tender as hard requirements, not preferences. If a bidder can’t evidence manufacturer registration for the specific units they’re proposing, the grant claim is at risk regardless of installation quality.
Supplier‑funded (concession or “host”) models shift capital cost and operational risk onto the supplier in exchange for a revenue share or long‑term contract, which suits buyers wanting infrastructure with no upfront spend. Buyer‑funded routes give you full asset ownership and control over pricing and access but require you to carry the capital cost and the performance risk.
Pro Tip: Ask every shortlisted bidder to provide documentary evidence of manufacturer registration for the exact chargepoint model they’re quoting, not just the product family. Grant eligibility is checked against specific registered units, and a substitution after award can invalidate the claim.
What compliance rules must every EV charging tender include?
Every tender for chargepoints intended for public use, or public bodies procuring at all, should write the Public Charge Point Regulations 2023 guidance directly into the specification rather than assuming a supplier will comply by default. The regulations require:
Contactless payment on new public charge points rated 8 kW and above, and on existing public charge points of 50 kW and above.
Payment roaming, so drivers aren’t locked into a single network’s app or card.
A minimum 99% reliability standard for rapid chargers, with the first annual reliability report due 14 January 2026, covering the 2025 period.
Pricing transparency, a live open data feed (typically via OCPI), and a functioning 24‑hour helpline.
Breach these and the penalties are real: civil penalties of up to £10,000 apply to specific failures around payment, roaming and reliability reporting.
Technically, OZEV’s minimum specification sets the bar for grant‑eligible equipment, and installers must reference BS EN 61851, BS EN 62196 and BS 7671 wiring regulations throughout. Contracts should mandate a minimum three‑year warranty, defined uptime SLAs, ongoing monitoring, and a clearly assigned party responsible for filing the annual reliability report. One clause worth adding explicitly: if a workplace charger later becomes accessible to the public, it converts into a public charge point under the regulations and must meet the full contactless, roaming and reporting regime from that point onward.
How should you design the tender and evaluation criteria?
Specify outputs, not hardware lists. Guaranteed uptime, reporting cadence and scalability tell a supplier what success looks like without boxing them into equipment that’s outdated by the time installation happens. Procurement analysts consistently recommend this output‑based approach precisely because charging technology moves faster than most procurement cycles.
On weighting, frameworks like VCI 3 often favour quality heavily, sometimes 70% non‑price against 30% price, reflecting that a cheap charger with poor maintenance costs more over its life than a well‑supported one. A 60/40 split in quality’s favour is a reasonable default for most public sector buyers.
Your selection questions should probe:
Maintenance response times and escalation procedures.
Roaming and payment platform connectivity, and which networks the supplier already integrates with.
Software and back‑office capability, including load management and reporting.
Data openness, specifically whether the supplier publishes via OCPI or an equivalent open feed.
Ask every bidder for documentary proof: product registration confirming grant eligibility, installer competence certification, written warranty terms and a service level commitment they’re contractually bound to.
What does delivery actually look like after contract award?
Delivery typically runs through feasibility and site survey, network operator (DNO) engagement, supply and installation, commissioning, then handover into ongoing service and reporting. Each stage has a different owner, and gaps between them are where projects stall.
Timescales vary sharply by scale:
Small projects (1 to 10 chargers): often 8 to 14 weeks from order to commissioning where no DNO upgrade is needed.
Medium projects (10 to 50 chargers): typically 3 to 6 months, frequently extended by DNO connection applications.
Large projects (50‑plus chargers): 6 months to over a year, especially where substation upgrades or multiple site DNO applications run in parallel.
Build contractual milestones around site surveys, DNO sign‑off, commissioning tests, the date reliability reporting starts, and confirmed helpline provision from day one, not as an afterthought once chargers are live. Procurement admin, DUNS registration, pre‑qualification questionnaires and framework onboarding, should be cleared before these delivery stages begin, not run in parallel with them.
How can Swiftcharging support your procurement process?
Swiftcharging’s service map lines up with each procurement stage: feasibility and site assessment, OZEV grant support, supply and installation, commissioning, and ongoing managed operation and maintenance. Involving a delivery partner at feasibility stage, rather than only at contract award, is one of the more reliable ways to catch grant‑eligibility or technical non‑compliance issues before they become expensive change requests.
For projects extending into visitor or destination charging, Swiftcharging’s work on destination charging and broader public charging network commentary offer useful context on where public rollout is heading.
What are the biggest risks in EV charging procurement?
The largest financial risk is grant invalidation through equipment substitution: a supplier proposes an OZEV‑registered model at tender stage, then installs a different variant to manage stock or cost, and the grant claim collapses after the fact. Lock the specific registered product model into the contract, not just the manufacturer, and require written notice before any substitution.
DNO connection delay is the most common schedule risk, particularly on medium and large projects where a substation upgrade sits outside your contractor’s control entirely. Build float into your delivery timeline rather than treating DNO sign‑off as a formality, and get an early budget estimate for any upgrade cost before you fix your capital budget.
Operational risk sits mainly with reliability and reporting. Assign reporting ownership explicitly in the contract, with a defined remedy if it’s missed.
Commercial risk differs by funding model. Concession arrangements transfer much of the operational and maintenance risk to the private partner, but that only holds if your contract retains audit rights and defines output measures, guaranteed availability, reporting accuracy, rather than leaving performance loosely described. Buyer‑funded models keep that risk with you, which means your maintenance contract terms matter more, not less.
Finally, treat supplier financial stability as a live risk, not a one‑off check at tender stage. A managed service contract can run five years or more; build in periodic financial health reviews rather than relying solely on the initial pre‑qualification.
How do you future-proof your charging infrastructure?
Charging hardware standards move fast enough that a rigid, prescriptive spec written today can be outdated before installation finishes. That’s the strongest argument for output‑based specifications: guaranteed uptime, defined reporting, and open data connectivity via OCPI, rather than naming exact hardware models or fixed charge speeds.
Integration with existing site infrastructure starts with electrical capacity. A site survey should map current supply headroom against future demand, not just today’s charger count, because retrofitting load management after installation is far more disruptive than specifying it upfront. Load management systems that dynamically balance demand across multiple chargers let you add capacity later without a full DNO upgrade every time.
Software and back‑office platforms matter more for future‑proofing than the chargers themselves. A platform that supports open protocols and roaming integration today is more likely to accommodate new payment standards, vehicle‑to‑grid functionality, or fleet telematics integration as they mature, without a full system replacement. Ask bidders directly how their back‑office software handles firmware updates and third‑party integrations, not just current functionality.
Physical future‑proofing matters too: cabling capacity, ducting and groundworks sized for expansion rather than exact current need save substantial retrofit cost later. A site with six bays today but planning for twenty in three years should have ducting installed for twenty now, even if only six chargers go in initially. That single decision at installation stage is usually cheaper than digging up a car park twice.
Strategic view: frameworks versus bespoke procurement
Frameworks earn their keep on speed, compliance and reduced procurement burden, particularly for standard workplace, fleet or single‑site public projects where pre‑qualified suppliers already cover your needs. Bespoke tenders or concession models pay off where local control, unusual site complexity or long‑term revenue‑sharing genuinely change the value equation.
Whichever route you pick, get explicit senior sign‑off on it before tender documents go out, and set a stakeholder communications plan covering finance, facilities and end users early. That single governance step avoids more procurement delay than any framework choice does.
— Swift Charging
Swift Charging: your next step in EV charging procurement
Some companies work as direct delivery partners across stages procurement teams struggle with, including feasibility surveys, grant applications, supply and installation, and long term managed maintenance, rather than only providing a hardware quote and disappearing after commissioning.
For workplace and fleet projects, our workplace EV charging and fleet EV charging services cover everything from initial site assessment through to grant support and installation. If you’re a landowner or facilities manager looking at a supplier‑funded route instead, our page on hosting EV chargers on your site sets out how that model works without upfront capital cost to you. And for ongoing service once chargers are live, our maintenance plans, Basic, Standard and Fully Managed, cover the reliability reporting and uptime obligations your contract will need someone to own.
Start with a feasibility survey, or ask us directly for a tender‑ready specification template covering the technical and regulatory points above. Get in touch via our main site to book a discovery call.
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FAQ
What are the new EV charging regulations in the UK?
The Public Charge Point Regulations 2023 require contactless payment on new public charge points of 8 kW and above, payment roaming between networks, and a 99% reliability standard for rapid chargers, with the first annual reliability report due 14 January 2026. They also mandate pricing transparency and open data provision, typically through OCPI feeds.
Who is the biggest supplier of EV charging stations?
Market share shifts regularly as networks expand, and no single supplier dominates every segment, workplace, fleet, public rapid and destination charging each have different leading providers. For UK businesses specifically procuring workplace, fleet or destination charging, Swiftcharging provides end‑to‑end installation and management rather than hardware supply alone.
Can my company pay for EV charging installation costs?
Yes. Buyer‑funded models mean your organisation covers installation costs directly, often supported by OZEV workplace charging grants where equipment and installation meet the required technical specification. Supplier‑funded or concession models are also available, where a partner covers capital cost in exchange for a revenue share or service agreement.
Who is the best supplier for EV charging installation?
The right supplier depends on your project type. Businesses procuring workplace, fleet or public charging in the UK typically prioritise end‑to‑end delivery, feasibility through to ongoing maintenance, and Swiftcharging’s workplace and fleet services are built around exactly that model rather than hardware supply alone.
Does a bespoke tender ever beat using a framework?
Yes, where a site has unusual civils requirements, multiple DNO connections, or where a council wants full control over a large multi‑lot rollout, as seen in the Devon and Torbay procurement covering roughly 2,000 chargepoints. For most standard workplace or single‑site public projects, an existing framework remains quicker and lower risk.
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