Cyprus’s EV charging network and the 85,000 target

Cyprus has set itself a target of 85,000 electric vehicles on the road by 2030. The figure today is around 8,200 across all categories, and battery-electric and plug-in hybrid cars together account for 0.77 per cent of the national fleet — the lowest share in the European Union. Reaching the target would mean something close to a tenfold increase in four and a half years, at a rate of roughly 15,000 registrations a year. Most of the public argument has been about whether buyers can be persuaded to make that switch. Rather less has been said about the other half of the problem: whether the charging network could absorb them if they did. A network sized for the fleet it has Cyprus counted roughly 250 public charging stations in operation at the start of 2026, spread across Limassol, Nicosia, Famagusta, Paphos and Larnaca, with the largest concentration in the two biggest cities. Ten 100kW fast chargers were switched on in late 2025, funded with more than €1 million from the Recovery and Resilience Facility and run under a five-year public contract. For a fleet of 8,200 vehicles that is broadly serviceable. The weaknesses are not in the raw count but in power and distribution. The European Alternative Fuels Observatory characterises Cyprus as a market with low recharging power per vehicle, and industry estimates put rural coverage gaps at 15 to 20 per cent of the territory. Since January 2025, new non-residential buildings with 20 or more parking spaces have been required to install at least one charging point, which will thicken the network over time but does little for the inter-city routes. A network that works for today's fleet is a very different proposition from one that has to serve ten times as many cars, and the second cannot be assembled quickly once the first proves inadequate. The demand curve is not turning yet The registration data explains why the timing is awkward. Figures from the statistical service show 29,367 motor vehicles registered in the first half of 2026, up 13.2 per cent on the 25,954 recorded a year earlier. Of the 22,597 passenger saloon cars registered in that period, hybrids took 51.7 per cent of the market, up from 43.0 per cent a year before, while petrol fell to 35.2 per cent from 43.6 per cent. Fully electric cars moved from 4.8 per cent to 4.9 per cent. In a half-year when the market grew by double digits and petrol lost more than eight percentage points, almost all of that ground went to hybrids. The longer trend is more encouraging — battery-electric vehicles took 2.7 per cent of registrations in 2023, 4.0 per cent in 2024 and 4.7 per cent in 2025 — but the trajectory is nowhere near 15,000 units a year. There is also a structural drag that has little to do with charging: 15,352 of the passenger cars registered in the first half of 2026 were imported used vehicles, 67.9 per cent of the total, and the supply of affordable second-hand electric cars reaching Cyprus remains thin. The pressure will come later in the decade. The EU emissions trading system for buildings and transport begins in 2028 and will feed carbon costs into fuel prices, which is precisely when the fleet would need to be growing fastest to hit the 2030 figure. The economics of building early Public money is doing a specific and deliberately limited job here. The national Grants Scheme for 1,000 Charging Points carries a total budget of €3.7 million across its phases, with €1.85 million allocated to Phase B for completion during 2026, covering between 45 and 55 per cent of eligible installation costs and offering enhanced rates in remote and mountainous areas. It is designed to subsidise conventional points at the margin, not to underwrite a national high-power network. The gap between that and heavy infrastructure is wide. Grid connection costs alone frequently exceed €20,000 per site for high-power installations, before any charger, civil works or land is accounted for. That is the figure that determines whether a site is viable, and it is the reason operators tend to cluster where connection capacity already exists rather than where coverage is thinnest. The result is a familiar circularity. A charging point earns its return through utilisation, utilisation depends on the size of the fleet, and the fleet depends in part on drivers trusting the network. Nobody has an obvious reason to move first, which puts the burden on whoever is prepared to hold assets through a long payback. Who is building it The network is not being assembled by a single hand. The publicly accessible backbone is run by the Electricity Authority of Cyprus, whose own network spans several dozen stations across the island, mixing slower AC points with 50kW direct-current units. Around it sits a growing field of commercial operators. Petrolina, the fuel retailer, has moved into fast charging under its pcharge brand, adding high-power units at its forecourts with the stated ambition of building the island's largest network. Others — among them EV Power and a handful of corridor-focused operators — have concentrated higher-output DC chargers at shopping centres, service stations and the main inter-city routes, while retailers such as Lidl, along with individual hotels and municipalities, fill in slower points of their own. Most of this activity follows the familiar logic: build where traffic and grid capacity already exist, and let coverage thicken as the fleet grows. One company has published a plan built on the opposite premise. Energypoint Holding Limited, a Limassol-based company established in 2005, is working to a seven-year horizon divided into phases: planning and site assembly across the first five years, procurement in year six, and construction thereafter. The stated target is more than 70 charging stations carrying over 1,000 charging ports, with €10 million raised towards the programme through Cyon Fund RAIF V.C.I.C., Ltd. What distinguishes the approach is the order of operations. Energypoint Holding Ltd states that it holds roughly 275,000 square metres of buildable land density, which it values at €30 million, including some 120,000 square metres of buildable coverage, with sites across all five districts rather than concentrated in Limassol and Nicosia. Land is secured first and hardware follows — one answer to the grid and siting problem the other operators tend to work around, if an expensive one, and a bet that the constraint which ultimately decides coverage is not the charger but where you are permitted to put it. The plan was framed against the market as it stood in 2023, when Cyprus had around 45 charging stations and roughly 69 charging points in total. Its diagnosis then rested on three points: the distance between existing stations, the number of charging points available, and the slow sales velocity that followed from both. The first two have improved several times over since — which is precisely what the arrival of the EAC network, Petrolina and the others reflects. The third has not. Whether any programme of that scale is delivered to that schedule is a separate question from whether the underlying reasoning holds. Across these operators, public and private, the cautious and phased structure points to the same conclusion: market readiness is the variable none of them can control. What would have to change Three things would have to move together for the network to be ready for a fleet of 85,000. Grid connection costs and lead times would need to come down, since at €20,000-plus per high-power site they currently decide which locations get built regardless of where demand is. Permitting would need to be fast enough that a site secured today can be energised within a commercially sensible window. And capital would have to be willing to sit through several years of low utilisation, which in practice means either patient private money or public instruments considerably larger than the current grants scheme. None of that is unusual for infrastructure. What is unusual is the compression: the target date is 2030, and a charging site takes years to move from land to live. The order of operations The conventional assumption is that infrastructure follows demand. In a market this size the sequence may have to run the other way, because the fleet is unlikely to reach a point where charging is commercially self-sustaining until the network is already dense enough to make an electric car an unremarkable purchase. On current registration figures Cyprus has four and a half years to resolve which of those two comes first.