The unit economics per socket, the grid question that stalls most projects, the seven hardware questions that matter, the software stack, roaming, AFIR and EPBD compliance — and a 90-day plan to your first paid session. Written for people who intend to actually do it.
Thirteen chapters, no filler. Worked numbers you can recompute, regulations by their real names, and a declared interest where our own products appear.
Register and the guide lands in your inbox within a minute — the 15-page PDF attached. You'll occasionally hear from us on operator economics and regulation deadlines; every email carries an unsubscribe link.
The compressed version of the guide — enough to sanity-check the idea today. The PDF adds the worked numbers, the checklists and the fortnight-by-fortnight plan.
A Charge Point Operator (CPO) runs the physical side: sites, grid connections, hardware, maintenance, and the per-kWh price at the socket. An e-Mobility Service Provider (eMSP) owns the driver relationship: the app or charge card, billing and support. Starting networks are usually both at once — a hybrid on one platform — and the split only starts to matter the day a roaming driver charges at your socket: the CPO side earns the socket revenue, the eMSP side earns the card margin. Which model fits what you already own is Chapter 2 of the guide.
Per 22 kW AC point at 2026 prices: €540–€699 of hardware, €400–€900 of installation depending on cable runs and groundwork — call it €1.000–€1.450 all-in where grid headroom already exists. The cost to watch is software: per-socket fees of €3–€6 per month look harmless at ten sockets and compound brutally at five hundred, because they are the only cost that scales with your success rather than your usage. Demand fixed-fee SLA pricing instead. For a complete start, e-flo's operator programme delivers a 250-charger network including the platform, a branded driver app and roaming for €148.000, financeable from €78.000 down.
The worked example the guide builds on: a destination socket clearing €0,17 per kWh at a modest 4% utilisation delivers ≈ 640 kWh and ≈ €109 gross per month. Against ≈ €1.200 all-in, payback lands in 9–14 months — and the hardware then earns for another six to nine years. Utilisation is the decisive variable, not tariff cleverness: below roughly 2% a public AC point struggles commercially, above 6% it compounds. Utilisation is decided by site selection, which is why that is the longest chapter.
Dwell time × visit frequency × grid headroom. People park 45+ minutes at supermarkets, gyms, offices, hotels and clinics — that is AC territory, and it is where a €699 charger beats a €40.000 DC unit on return. Three deal structures cover almost every site: host-owned, operator-owned with rent or revenue share, and hybrid. And demand now has a legal date: under EPBD Article 14, every existing non-residential building in the EU with more than 20 parking spaces must have charge points by 1 January 2027.
The most common project-killer is a connection-upgrade quote arriving mid-project. It is usually avoidable: dynamic load management caps the site's total draw to the headroom you already have and rebalances per socket in real time, letting twenty sockets live on a connection sized for eight. The measurements to take before signing any site — main fuse, peak load, phase balance — are in Chapter 5.
(1) Is OCPP ungated — can you point the charger at any backend without a fee or vendor approval? (2) Is the MID meter included or a paid extra? (3) Is it ISO 15118 / Plug & Charge ready — AFIR requires ISO 15118-2 on new public AC points since January 2026? (4) Is the RFID reader standard? (5) Is 4G included or an accessory? (6) Does load management need a proprietary hub? (7) What does the accessory bill do to the sticker price? Run every vendor through the list — including us: the configurator comparison against Zaptec, Easee, Wallbox and Alfen does exactly that.
Five jobs, ideally one platform: a CPMS speaking OCPP to every charger regardless of brand; driver app and charge cards under your own brand; MID-based kWh billing with automatic invoices and VAT handling; a tariff engine covering per-kWh rates, idle fees and member pricing; and roaming over OCPI 2.2.1 and Hubject for the day you want other networks' drivers at your sockets. Month two is when billing complexity arrives — employee reimbursement, split payments, business drivers — and it is where spreadsheet operations die. MobiFLO does the five jobs as one platform, and migrating an existing fleet onto it takes a changed OCPP endpoint, not a rip-and-replace.
AFIR (EU 2023/1804): ad-hoc charging without a subscription, transparent per-kWh pricing, ISO 15118-2 on new and renovated public AC since 8 January 2026, card terminals on points of 50 kW and above, and machine-readable data sharing from April 2026. MID (2014/32/EU): certified meters are required to bill third parties per kWh. EPBD (EU 2024/1275): more than 20 parking spaces means charge points by 1 January 2027, plus pre-cabling duties. VAT: charging is supplied as electricity — goods — so destination-country rates apply when you sell across borders. Chapter 10 of the guide puts these in one table.
In fortnights: model and numbers against real candidate sites (1–2); site agreements and grid measurement (3–4); hardware order and platform setup — tariffs, branding, billing test (5–6); installation and a test session on every socket (7–8); soft launch with roaming switched on (9–10); first paid month, utilisation reviewed against the 2% floor, and a decision on the next ten sockets (11–13). The version with exit criteria per fortnight — the ones that tell you to stop as well as to continue — is Chapter 12.
The 15-page PDF adds the recomputable numbers, the vendor checklist and the fortnight-by-fortnight plan. Free, by email.
Every e-flo PRO supports a master key card. Hold the master key to the reader, take it away, then hold the card you want to authorise to the reader — it is written to the charger's local whitelist straight away. Present the master key again and tap a card that already has access to remove it.
No laptop, no site visit and no back-office ticket. It keeps working with the charger offline, because the whitelist lives on the charger itself.
It is written by a vendor and says so on the cover — the skew is declared, not hidden. But the economics are worked examples you can recompute with your own numbers, the regulations are cited by name and date (AFIR 2023/1804, EPBD 2024/1275, MID 2014/32/EU), and the hardware chapter is a checklist to judge any vendor against — including us. If it only worked as an argument for e-flo, it would be useless to you and we would deserve the unsubscribe.
It is used to send you the PDF, a copy of your registration goes to our sales team, and you will occasionally receive updates on operator economics, regulation deadlines and e-flo products — that consent is part of the registration. Occasional means occasional: no daily drip sequence, no list rental, and every email carries an unsubscribe that works. The privacy statement covers the details.
No — the guide is written for people starting from zero: site owners, fuel retailers, installers, fleet managers and entrepreneurs. Chapters 2 and 3 assume no prior knowledge of the CPO/eMSP structure.
There is no legal minimum — economics set the floor. A single well-chosen site can pay for itself, but most operators start with 10–50 sockets across a handful of sites so that platform and support overhead spreads across enough revenue. e-flo hardware and MobiFLO work from one socket upward; the financed 250-charger operator programme exists for those starting at network scale.
There is no general EU licence for operating charge points. What you do need: the site owner's agreement, a grid connection contract, MID-certified meters if you bill third parties per kWh, and VAT registration for the electricity you sell. Public on-street locations usually require a municipal concession or permit, and DC fast-charging sites may need planning consent. Rules are national — verify locally before capital depends on it.
August 2026 edition. It reflects AFIR's ISO 15118-2 requirement in force since January 2026, the EPBD Article 14 deadline of January 2027, and subsidy schemes as verified in August 2026 — each carries the instruction to re-verify against the national source before capital depends on it.
Setting up charging for your own staff car park rather than a public network? That is its own guide: Workplace charging — the employer's guide.