Head to head
EVEC VEC03 vs Enphase IQ EV Charger 2: £410 apart, worlds apart
For most buyers, the EVEC VEC03 at £369 is the right charger — it is OZEV-approved, installs cheaply, and does the job. The Enphase IQ EV Charger 2 at £779 only earns its price if you already run Enphase microinverters and an IQ Battery, and want single-app control over the whole system.
At a glance
Quick stats
£369 against £779 — and why the gap is wider than it looks
These two chargers share a power rating — 7.4kW, single-phase, tethered Type 2 — and almost nothing else. The EVEC VEC03 at £369 is the cheapest OZEV-approved smart charger you can buy in the UK. The Enphase IQ EV Charger 2 at £779 is a solar-ecosystem component that happens to charge a car. The £410 between them buys a specific thing: integration with Enphase microinverters and an IQ Battery. If you do not own that hardware, the Enphase is an expensive way to deliver the same 7.4kW.
- EVEC VEC03 — £369, OZEV-approved, built-in RCD and PEN protection, basic app scheduling. The budget option that keeps install costs low.
- Enphase IQ EV Charger 2 — £779, five-year warranty, solar-surplus charging from 1.38kW, MID-certified metering. The fourth piece of an Enphase energy system.
The EVEC's real advantage is what it saves on the install
The unit price is only half the story. The VEC03 includes a Type A RCD with 6mA DC leakage detection and PEN fault protection inside the box. That typically shaves around £100 off the electrician's bill, because they do not need to fit those components in the consumer unit. Combined with a standard install cost of £350–£550, total outlay lands somewhere around £720–£920.
For renters and flat owners, the maths tilt further. The £500 OZEV grant covers the £369 unit outright and chips into the installation costs — making the VEC03 one of the cheapest routes to a compliant home charger in the country. The Enphase, by contrast, does not have confirmed OZEV approval. That is £500 you may not be able to claim.
The compromise is software. The EVEC app draws consistent complaints about Wi-Fi reliability and intermittent scheduled charging. There is no direct integration with Octopus Intelligent Go, Octopus Agile, or OVO Charge Anytime. On a flat-rate tariff or a simple two-rate deal like Octopus Go — where you set a timer for 00:30–05:30 and leave it — the app's limitations barely matter. On a variable tariff, they matter a lot, and the Ohme Home Pro at £535 is the better spend.
When the Enphase earns its £779
The Enphase makes its case in one scenario: you already have Enphase IQ microinverters, ideally paired with an IQ Battery, and you want a single app governing panels, battery, and car. The charger's solar-surplus mode chases excess PV from as little as 1.38kW, adjusting in 1A increments roughly every 30 seconds. With an IQ Battery in the loop, the system's AI decides whether surplus goes to the house battery or the car. That level of coordination is not available from a standalone charger paired with a CT clamp.
The hardware specification is generous — 7.5-metre cable, IK10 impact rating, MID-certified metering accurate to ±1%, OCPP 2.0.1, and ISO 15118 readiness for future Plug & Charge. The five-year warranty is two years longer than the EVEC's. These are real things. They are also things you pay £410 for, plus a notably higher install cost of £900–£1,300 — the Enphase typically requires an IQ Gateway on site for full ecosystem behaviour.
Without Enphase solar, the charger's defining features go dormant. It becomes a well-built but expensive 7.4kW box with no smart-tariff integration. Buyers who want solar diversion without an Enphase system should look at the myenergi Zappi GLO at £750 — which does the solar job with any inverter brand — or the GivEnergy EV Charger at £478 for those in the GivEnergy battery ecosystem. Both are OZEV-approved.
The 5-metre cable problem
One practical note: the VEC03's 5-metre tethered cable is the shortest in our charger round-up. If your parking spot sits more than about 3.5 metres from the mounting point — accounting for routing around a wing mirror and down to the charge port — you may find it tight. The Enphase's 7.5-metre cable is among the longest. If cable reach matters and you are not drawn to the Enphase ecosystem, the Wallbox Pulsar Max at £536 offers a longer cable at a lower price.
The verdict
Buy the EVEC VEC03 if:
- You want the cheapest compliant smart charger and your parking spot is within easy reach of a 5-metre cable
- You are a renter or flat owner who can claim the £500 OZEV grant — it covers the unit and part of the install
- You charge on a flat-rate or simple off-peak tariff and do not need half-hourly tariff optimisation
Buy the Enphase IQ EV Charger 2 if:
- You already own Enphase microinverters and want single-app control over solar, battery, and car
- You value MID-certified metering and a five-year warranty
- You are willing to pay £779 plus a higher install cost for tight ecosystem integration
For the vast majority of buyers — anyone without Enphase solar on the roof — the VEC03 does the job for less than half the price. Its app is rough, its cable is short, and its smart-tariff support is absent. But at £369 with built-in protection, it is hard to argue with the economics. If you want something more polished without spending Enphase money, the Easee One at £405 or the VCHRGD Seven Pro at £432 sit in the same bracket with fewer caveats.
Detailed breakdown
Full specs comparison
| Specification | EVEC VEC03 | Enphase IQ EV Charger 2 |
|---|---|---|
| Max Power Output | 7.4kW (single-phase); adjustable 3.7/7.4kW | — |
| Cable Length | 5 metres | — |
| Connector | Type 2 (tethered) | — |
| Connectivity | Wi-Fi, Bluetooth, Ethernet | Wi-Fi 802.11ax, Bluetooth 5.3, Ethernet, RS-485, CAN |
| Dimensions | 320mm × 193mm × 105mm | 370 × 250 × 118 mm |
| Weight | 5.01 kg | 11 kg (including cable) |
| IP Rating | IP55 (datasheet lists IP54 and IP65 in different places) | — |
| IK Rating | IK08 | — |
| Operating Temperature | -25°C to 50°C | -40°C to +55°C |
| Protections | Type A RCD 30mA + DC 6mA, PEN fault, over-current, over/under voltage | — |
| Protocol | OCPP 1.6J | — |
| Certification | CE, UKCA (EN IEC 61851, EN 62196); OZEV-approved | CE, UKCA, TÜV Rheinland, MID (NMI), EV Ready 2.0, UK Smart Charging |
| Power Output | — | 7.4kW (single-phase, 32A, 230V) |
| Cable | — | 7.5m tethered Type 2 |
| Enclosure | — | IP55 / IK10 |
| Protection | — | PEN fault detection, ±6 mA RDC-DD, overvoltage (253V), relay weld detection |
| Metering | — | MID Class-B, ±1% accuracy |
| Protocols | — | OCPP 2.0.1, open APIs, ISO 15118 hardware-ready |
| Access Control | — | RFID/NFC via Enphase App |
| Model Number | — | IQ-EVSE-UK-1032-0105-1300 |
| Warranty | — | 5 years |
| OZEV Approved | — | Not confirmed on current list — verify before publishing |
FAQ
Frequently asked questions.
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