Guides
EV charging
guides.
Straight answers on connectors, charging speeds and what actually fits your car. No jargon, no filler.
Buying Guides
Should Your Next Car Be Electric? An Honest Checklist
Whether an EV suits you depends mainly on your charging access, daily mileage, and how you feel about planning longer journeys. Home charging access is the single biggest factor in EV satisfaction Running costs are often lower than petrol, but upfront prices are typically higher Long-distance driving works well with planning, but requires more thought than filling up
Buying Guides
New vs Used Electric Car: Which Is the Better Buy?
A new EV gives you warranty certainty and the latest technology; a used EV offers a lower upfront cost once the steepest depreciation has passed. New cars come with full battery and vehicle warranties Used EVs have typically absorbed the sharpest early depreciation Battery health reports are essential when buying used
Buying Guides
Best Electric Cars for Towing
Not every EV is approved for towing, and those that are will see range drop considerably when hitched up, so choosing the right model and planning charging stops carefully are essential. Only buy an EV with a manufacturer-approved tow rating for your trim level Plan shorter legs and more charging stops than you would unloaded A home wallbox with a Type 2 cable makes starting every trip from full charge straightforward
Buying Guides
Best Electric SUVs in 2026
Electric SUVs are now the UK's most popular EV body style, offering a raised driving position and practical space across compact, mid-size, and large options. Compare size carefully: compact models suit city driving; mid-size and large suit families needing more room SUV aerodynamics slightly reduce efficiency versus saloons, so plan range conservatively at motorway speeds A home wallbox is the most practical charging solution; check gov.uk for current grants and tariff guidance
Buying Guides
Best 7-Seater Electric Cars
Genuine 7-seater EVs are rare, but purpose-built options like the Kia EV9 and VW ID. Buzz Long offer real third-row space. Here is what to consider before buying. Purpose-built 7-seat platforms offer more usable third rows than retrofit options A full passenger and luggage load will reduce real-world range below the WLTP figure Large-battery 7-seaters need a home wallbox and the right charging cable for your model
Buying Guides
Best Small Electric Cars for City Driving
Small electric cars are the smartest choice for city driving, offering automatic ULEZ compliance, easy parking, and more than enough range for daily urban trips. All fully electric cars qualify automatically for ULEZ and clean air zones Compact models like the Fiat 500e, Peugeot e-208, and Mini Electric suit tight city streets Home charging with a Type 2 cable overnight covers most daily needs
Buying Guides
Best Used Electric Cars to Buy in 2026
The used EV market offers excellent value in 2026, with models like the Nissan Leaf, VW ID.3, and Tesla Model 3 widely available at accessible prices. Always check battery state of health before buying Confirm whether the warranty is transferable to a new owner You will need a Type 2 cable for home wallbox charging
Buying Guides
Best Electric Cars for Families in 2026
The best electric family cars are spacious SUVs and crossovers with strong real-world range, fast charging, and practical interiors designed around how families actually travel. Look for flat rear floors, generous boot space, and accessible ISOFIX on all rear seats Models like the Hyundai Ioniq 5, Kia EV6, Volkswagen ID.4, and Tesla Model Y lead the family segment A home wallbox and the right Type 2 cable make daily charging straightforward
How-to
How Many kW Does a Home EV Charger Need?
A 7kW wallbox is the right choice for most UK homes, as it is the maximum output on a standard single-phase supply and charges most EVs overnight with ease. A 3-pin plug provides only around 2.3kW and is not suitable for regular home charging 22kW chargers require three-phase supply, which is rare in UK homes Your car's onboard charger limits the actual charge rate, regardless of wallbox output
How-to
EV Charger Grants in the UK: What You Can Claim
The UK government offers grant funding through OZEV toward home and workplace EV charger installation costs, with grants claimed by your approved installer on your behalf. Home grants are available to renters and certain homeowners via OZEV-approved installers; check gov.uk for current amounts and eligibility The Workplace Charging Scheme supports businesses, charities, and sole traders installing charge points at business premises Devolved nations may offer additional funding on top of UK-wide schemes
How-to
Vehicle-to-Home (V2H): Powering Your House With Your EV
V2H uses your EV's battery to power your home directly, acting as a large energy store that lets you use cheap overnight electricity during expensive peak hours. Requires a bidirectional wallbox and a V2H-compatible vehicle (currently limited models in the UK) Unlike V2G, power stays on-site so there is no grid export income, but DNO approval is simpler Pairs well with solar panels and time-of-use tariffs to reduce your energy bill without a separate home battery
How-to
What Is Vehicle-to-Grid (V2G) and Is It Available Yet?
V2G lets your EV send power back to the National Grid via a bidirectional charger, earning you export payments on energy you already stored cheaply overnight. Requires a V2G-capable vehicle (currently limited models in the UK), a bidirectional wallbox, and a compatible export tariff DNO approval is needed before you can export, adding steps beyond a standard charger install The technology is available now in trials and early commercial rollouts, with wider adoption expected as more cars support bidirectional CCS
How-to
EV and Home Battery Storage: A Smart Combination
Combining a home battery with an EV charger lets you store cheap overnight electricity or solar surplus and use it to charge your car, reducing what you spend at peak rates. Charge the battery overnight on a time-of-use tariff, then charge your car from stored energy rather than the grid Solar panels paired with a home battery let you capture daytime surplus for evening and overnight EV charging Vehicle-to-home (V2H) technology can reverse the flow, letting your car power the house during peak-rate hours
How-to
Can You Charge an EV With Solar Panels?
Yes, you can charge an EV with solar panels by pairing your array with a solar-compatible wallbox that redirects surplus generation into your car rather than exporting it to the grid. A solar-compatible wallbox detects excess generation and dynamically adjusts the charge rate to use it first Self-consuming solar electricity is typically more valuable than exporting it under the Smart Export Guarantee Adding a home battery extends solar charging into the evening and improves the overall green credentials of your setup
How-to
EV Home Charger Installation: What to Expect
Home EV charger installation is straightforward for most owners: find an OZEV-approved installer, complete a survey visit, and the wallbox is typically fitted within one to three weeks. The survey confirms your consumer unit capacity and cable route before any work begins A DNO application may be needed for higher-output units, adding several weeks to the timeline Renters and leaseholders need landlord or freeholder consent but are not excluded from home charging
Buying Guides
How to Choose a Home EV Charger (Wallbox)
The right home wallbox depends on whether you want a fixed or pluggable cable, smart scheduling for off-peak tariffs, and whether your supply supports the output you need. Tethered suits single-EV households; untethered is better for multiple cars or future-proofing A smart wallbox lets you schedule charging to cheaper overnight rates and integrate with solar Always use an OZEV-approved installer to meet grant eligibility and building regulations
How-to
EV Charging Etiquette at Public Chargers
The unwritten rules of public EV charging come down to one principle: use the bay, then free it up for the next driver. Move your car promptly once charging is complete, especially at rapid chargers Return cables to their holster and leave the bay tidy Report ICEing and blocked bays to the operator rather than confronting drivers directly
How-to
Motorway EV Charging: What to Expect
UK motorway services offer rapid DC charging using CCS connectors; most sessions take fifteen to forty-five minutes and payment is by contactless card or app. No cable needed at motorway rapids: connectors are tethered Plan to charge to 80% for speed and battery health Check live bay availability on Zap-Map before arriving
How-to
Why Do Public Chargers Sometimes Fail?
Public chargers fail mainly due to network connectivity faults, payment system errors, software crashes, or physical cable damage. Network connectivity drops are the most common cause Calling the helpline can trigger a remote restart A portable EV charger is the best backup when a rapid unit fails
Comparisons
EV Charging Networks in the UK: How They Compare
No single UK network covers every location, so most EV drivers use two or three depending on route and location type. Gridserve covers most motorway service areas; bp pulse and Pod Point lead at retail and destination sites Contactless payment is now required at major rapid chargers, so no account is needed for most journeys Subscriptions save money for frequent public charger users; pay-as-you-go suits occasional use
How-to
How to Use a Public EV Charger for the First Time
Find a compatible charger, authenticate with a card or app, plug in firmly, and the session starts automatically. Check your connector type (Type 2 for AC, CCS for rapid DC) before you arrive Major rapid chargers now accept contactless payment, no account needed Charge to 80% for speed, unplug promptly to avoid idle fees
Comparisons
Rapid vs Ultra-Rapid EV Charging Explained
Ultra-rapid chargers exceed 150kW; rapid chargers run from around 50kW to 150kW, but your car's maximum charge rate is what limits how fast you actually charge. The car, not the charger, determines your maximum charge speed CCS is now the dominant UK standard; CHAdeMO is declining Charging slows above 80%: stop there on long journeys and move on
How-to
Real Range: What a 300-Mile EV Actually Delivers
A 300-mile WLTP rating is a best-case figure: real-world range is typically lower, especially on cold motorway journeys. WLTP is a lab test in mild conditions, not a real-world guarantee Speed, cold weather, and heating have the biggest impact on actual range Plan journeys on a conservative estimate and use rapid chargers at 20-80% state of charge
How-to
How Hot Weather Affects Your EV
Hot weather reduces EV range mainly through air conditioning demand and battery cooling, though UK summers are rarely extreme enough to cause major issues. Precondition the cabin while plugged in to cool it using grid power rather than battery charge Park in shade during heat waves to reduce passive battery cooling drain Some cars slow rapid charging speeds in high ambient temperatures as a protective measure