GivEnergy EV Charger vs VCHRGD Seven Pro

The VCHRGD Seven Pro is £46 cheaper at £432 compared to the GivEnergy EV Charger at £478. Note: the VCHRGD Seven Pro price is tethered 7.5m; untethered from £395.

When you factor in professional installation (typically £400–£600), the total installed cost for the GivEnergy EV Charger is approximately £878–£1078, while the VCHRGD Seven Pro comes in at around £832–£1032. Fully installed, the VCHRGD Seven Pro remains the more affordable option.

Both the GivEnergy EV Charger (7kW) and VCHRGD Seven Pro (7.4kW) are single-phase chargers, delivering around 7–7.4kW on a standard UK home supply.

On a standard UK single-phase supply, both will charge a Tesla Model 3 Long Range (75kWh battery) from 20% to 80% in approximately 5–6 hours overnight. Even a Tesla Model Y with its larger battery completes a typical daily top-up well within an overnight window. For the vast majority of UK Tesla owners, single-phase 7kW charging is more than sufficient — you'll wake up to a full battery every morning.

The GivEnergy EV Charger offers: GivEnergy monitoring portal, Scheduled charging, Solar divert mode, Battery-to-EV charging, RFID access, Wi-Fi connected. The VCHRGD Seven Pro offers: Powerverse app (with Raya AI assistant), Scheduled charging, Smart tariff integration (Octopus Intelligent Go), Solar charging (Solar Export + Solar Only modes), Dynamic load balancing (CT clamp included), RFID (2 cards included), Wi-Fi + Bluetooth, OCPP 1.6J, OTA updates, Cable lock.

Breaking these down by category: for connectivity, the GivEnergy EV Charger uses Wi-Fi connected, while the VCHRGD Seven Pro uses Wi-Fi + Bluetooth. For energy management, the GivEnergy EV Charger provides GivEnergy monitoring portal, compared to the VCHRGD Seven Pro's Dynamic load balancing (CT clamp included). Solar and scheduling features are covered in the dedicated sections below.

Both the GivEnergy EV Charger and VCHRGD Seven Pro support solar integration, allowing you to charge your Tesla using surplus solar energy rather than drawing from the grid. The implementation and sophistication of solar diversion differs between the two, which can significantly affect how much free charging you actually get.

The GivEnergy EV Charger integrates directly with GivEnergy inverters and batteries for seamless solar-to-EV charging within the GivEnergy ecosystem. The VCHRGD Seven Pro supports solar diversion through its energy management system. The key difference is how precisely each charger tracks surplus generation — CT clamp-based systems typically offer more responsive diversion than those relying on smart meter data, which can have a slight delay.

The VCHRGD Seven Pro integrates with smart energy tariffs, automatically charging at the cheapest off-peak rates. The GivEnergy EV Charger doesn't have built-in smart tariff integration — you'd need to set manual charging schedules or rely on your car's built-in timer. If you're on (or considering) a smart tariff, this gives the VCHRGD Seven Pro a meaningful advantage in running costs.

The VCHRGD Seven Pro supports smart tariff scheduling with popular EV tariffs including Octopus Go (~8.5p/kWh) and similar time-of-use plans. The most popular UK EV tariffs include Octopus Intelligent Go (~7p/kWh), Octopus Go (~8.5p/kWh), OVO Charge Anytime (~14p/kWh), and British Gas EV Power+ (~7.9p/kWh). Check compatibility with your specific energy provider before making a decision.

The GivEnergy EV Charger comes with a 3 years warranty, while the VCHRGD Seven Pro offers 3 years. Both offer the same warranty length, so neither has an advantage here. Both are OZEV-approved and suitable for outdoor installation — a longer warranty provides more peace of mind for a product that lives outside year-round and is exposed to British weather.

For weatherproofing, the GivEnergy EV Charger is rated IP65 (fully weatherproof) (jet-proof — protected against water jets from any direction), while the VCHRGD Seven Pro is rated IP54 + IK10 (weatherproof + impact-resistant) (splash-proof — protected against splashing water from any direction). A higher IP rating means better protection against rain, hose water, and dust. In practical terms, any rating of IP54 or above is suitable for a UK outdoor installation, but a higher rating provides extra confidence in extreme weather — particularly relevant if your charger is exposed rather than sheltered under a car port.