Guides
EV charging
guides.
Straight answers on connectors, charging speeds and what actually fits your car. No jargon, no filler.
How-to
What Does It Feel Like to Drive an Electric Car?
Driving an electric car feels smooth, quiet, and immediate, with instant acceleration and no gear changes to manage. Full torque from standstill means responsive, seamless acceleration Regenerative braking slows the car when you lift off the accelerator The cabin is noticeably quieter than a petrol car, especially in town
How-to
How Far Can an Electric Car Really Go on One Charge?
Real-world range is usually lower than the official WLTP figure, but for most UK daily driving it is more than adequate. WLTP is the official test; treat it as an optimistic ceiling, not a guarantee Cold weather and motorway speeds reduce range the most Preconditioning, eco mode, and smooth driving all help extend range
How-to
EV Jargon Buster: 40 Terms Explained
A plain-English glossary of the EV terms every new or prospective electric car owner needs to know. Charging terms: kW vs kWh, AC vs DC, rapid vs fast vs slow, tethered vs untethered Battery terms: WLTP, SOC, buffer, BMS, preconditioning, charge curve Cost and tax: BIK, salary sacrifice, VED, ULEZ explained simply
How-to
Is an Electric Car Right for Me?
An electric car suits most regular commuters with home charging access, but is not the right fit for everyone. Home charging access is the single biggest factor in everyday convenience Most daily commutes fall well within a modern EV's real-world range Upfront cost is higher, but running costs are typically lower if you charge at home
How-to
Electric Car Myths Debunked
Many common concerns about electric cars are outdated or overstated. Here is what the evidence actually shows. Most daily drives are well within the range of a modern EV charged overnight at home Rapid DC chargers can add significant range in under an hour, not the hours some assume EV batteries degrade gradually over years, not suddenly, and are covered by manufacturer warranties
How-to
How Do Electric Cars Work?
Electric cars use one or more electric motors powered by a battery pack to drive the wheels, with no combustion engine and no traditional gearbox. The battery stores energy (measured in kWh) and the motor converts it to motion Regenerative braking recovers energy when you slow down, returning it to the battery Charging can be AC (home wallbox or socket) or DC (public rapid chargers, which bypass the onboard charger)
How-to
EV Warranty Explained: Battery and Vehicle Cover
Electric cars come with two separate warranties: a standard vehicle warranty covering manufacturing defects and a dedicated battery warranty covering defects and capacity degradation below the manufacturer's stated threshold. Standard vehicle warranty covers the body, electronics, motor, and drivetrain but not wear items Battery warranty typically runs longer than vehicle cover and has a capacity threshold you must fall below to claim When buying used, always confirm remaining warranty in writing and request a battery health report
How-to
Do Electric Cars Pay the Congestion Charge or ULEZ?
Fully electric cars are currently exempt from both the London ULEZ and, at the time of writing, the Congestion Charge, but the Congestion Charge exemption is time-limited and subject to review. ULEZ: fully electric vehicles always exempt due to zero tailpipe emissions Congestion Charge: currently exempt but check tfl.gov.uk as policy is under review Other UK city CAZs: EVs typically exempt, but rules vary by city and must be checked locally
How-to
Electric Car Breakdown Cover: What You Need to Know
Most major UK breakdown providers cover EVs, but the response to running out of charge differs from a mechanical breakdown, so the detail of your policy matters. EV-specific cover adds mobile charge top-up and flatbed recovery, which standard policies may not include Running out of charge is not always treated as a qualifying breakdown event: check your policy wording The AA, RAC, and Green Flag all offer EV cover; compare current plans directly for accurate pricing
Buying Guides
Is It Cheaper to Lease or Buy an Electric Car?
Whether leasing or buying is cheaper depends on your mileage, tax position, and how long you plan to keep the car. Leasing removes depreciation and battery risk; salary sacrifice cuts the net cost significantly for employed drivers Outright purchase suits high-mileage drivers planning long ownership; PCP offers flexibility at the end of the term Check the current BIK rate on gov.uk and ask your employer about salary sacrifice before deciding
Buying Guides
The Hidden Costs of Owning an Electric Car
Owning an electric car involves costs beyond the purchase price that buyers often overlook, from home charger installation to specialist tyres. Home wallbox installation is a significant upfront cost, reduced by the OZEV government grant Public charging, especially on rapid chargers, can cost more than home charging Specialist tyres, charging cables, and insurance can all add to the true cost of EV ownership
How-to
What Happens to an EV Battery at the End of Its Life?
EV batteries have a structured end-of-life pathway: most outlast the first owner, then move to second-life storage or recycling to recover valuable materials. Batteries degrade gradually and typically remain useful well beyond the warranty period Second-life uses include home and grid energy storage, extending the battery's value UK regulations require responsible recycling, with lithium, cobalt, and nickel recovered for reuse
How-to
Electric Car Brakes: Why They Last Longer
EV brake pads and discs last longer because regenerative braking does most of the slowing, reducing friction wear significantly. Regenerative braking acts as a generator to slow the car, sparing the physical brake pads Discs can corrode from infrequent use, so regular firm braking is recommended EVs still require the same MOT brake checks as petrol vehicles
How-to
How Much Do EV Tyres Cost, and Do They Wear Faster?
EV tyres are engineered for greater vehicle weight and instant torque delivery, which means they tend to cost more than standard tyres and can wear faster, particularly if you drive with a heavier right foot. Higher load ratings are essential to support the weight of the battery pack Acoustic foam liners reduce tyre noise that becomes more noticeable without engine sound Correct tyre pressure and rotation extend tyre life significantly
Comparisons
Total Cost of Ownership: EV vs Petrol Over 5 Years
EVs typically cost more upfront but less to run: lower fuel costs, reduced servicing, and significant company car tax savings often offset the price gap over five years. Charging at home on a time-of-use tariff gives the lowest cost per mile Servicing is cheaper with no oil changes and reduced brake wear Company car BIK rates for EVs are substantially lower than for petrol cars
Buying Guides
Best Electric Cars Under £30,000
Several strong EVs are available at or around £30,000, with the used market extending your options even further. MG4, Peugeot e-208, Vauxhall Mokka Electric, Dacia Spring and Fiat 500e all sit near this price point Government grants may apply , check gov.uk for current eligibility The used market brings popular models like the Nissan Leaf and Kia e-Niro into reach
How-to
What Is a kW vs kWh at a Charge Point?
kW measures how fast electricity flows into your battery; kWh measures how much energy is stored , like a tap flow rate versus litres in a tank. Charge points are rated in kW because it tells you the maximum charging speed available You pay in kWh at public charge points because it measures the energy you actually receive Your car's onboard charger caps AC charging speed regardless of what the charge point offers
How-to
Can You Charge an EV in the Rain at a Public Charger?
Yes, charging your EV in the rain is completely safe. Public chargers and connectors are IP-rated for outdoor use, and power only flows once the connector is fully sealed and latched. Connectors and charger units typically carry IP54 or IP55 ratings No exposed live contacts exist during a session Only avoid a charger if it shows physical damage or is submerged in standing water
How-to
What Is Charging Curve and Why Does It Slow Down?
An EV's charging curve shows how charge rate changes throughout a session: fast at the start, slower as the battery fills and heats up, and much slower above 80%. The battery management system reduces rate to protect cells from heat and overcharge Stopping at 80% is faster than waiting for 100% on a long journey Cold weather slows the curve; preconditioning helps restore it
How-to
How Smart Charging Saves You Money
Smart charging shifts your EV's power draw to off-peak hours when electricity is cheapest, cutting your running costs with minimal effort once set up. Use a smart wallbox or your car's departure timer to automatically charge overnight Pair with a time-of-use tariff for the biggest savings on each session Demand flexibility programmes can pay you a credit for pausing charging during peak periods
How-to
How Does Speed Affect Electric Car Range?
Speed is one of the biggest factors in EV range because aerodynamic drag rises roughly with the square of speed, making motorway driving significantly more energy-intensive than urban driving. Urban speeds give the best efficiency; aerodynamic drag is low and regenerative braking recovers energy at each stop Dropping from 70 mph to 60 mph on a motorway can make a substantial difference to range on long journeys Sustained high-speed motorway driving is the hardest use case for an EV; plan charging stops in advance
How-to
What Is Regenerative Braking and How Does It Work?
Regenerative braking recovers kinetic energy during deceleration and returns it to the battery, making EVs more efficient in urban driving and reducing brake wear. The electric motor reverses its role when you lift off, acting as a generator to slow the car and charge the battery Strong regen settings enable one-pedal driving, where you rarely need the brake pedal in town It works best in stop-start urban traffic and has little effect at steady motorway speeds
How-to
What Is Battery Buffer and Usable Capacity?
Battery buffer is the capacity your manufacturer locks away at the top and bottom of the pack so you never stress the cells to their true limits: what you see as 0% to 100% is actually the usable portion in between. WLTP range figures are based on usable capacity, not gross capacity The buffer protects cells from degradation and makes the car safer ev-database.org is the most practical source for model-specific usable capacity figures
Buying Guides
Best Electric Estate Cars
Electric estates offer genuine practicality for families and trades users, with growing choice across traditional estates, shooting brakes, and crossover estates. Check boot volume, flat-floor loading, and frunk availability before committing Confirm towing approval directly with the manufacturer, as not all EVs are rated for it Compare AC and DC charge speeds, as both affect daily convenience and long-journey stops