EV charging guides
Plain-language guides to charging an electric car at home, on the road and at work: what the numbers mean, what your car and your house can take, and what is worth buying.
EV charging articles
Browse practical explainers for choosing equipment, understanding charging speeds, and charging safely at home or on the road.
EV Charging Efficiency: How Much Energy Actually Reaches Your Battery?
See where EV charging energy goes, how to calculate wall-to-battery efficiency, and why temperature, power and battery conditioning change the result.
Can You Charge an Electric Car in a Garage? Safety, Risks, and Rules Explained
Learn how to charge an EV safely in a private or shared garage, what EU building rules actually require, and when a fire-risk assessment is needed.
7 Reasons to Buy an Electric Vehicle: Benefits Worth Knowing
Seven practical EV benefits, from home charging and lower routine maintenance to energy efficiency—plus the costs and limits to check before buying.
Charging an EV abroad in Europe
Plan an EV trip across Europe: check connectors, cables, payment and backup charging without relying on unsafe adapters or extension leads.
Choosing and managing an EV charging cable
Measure the right EV cable length, route it safely and store it cleanly. Avoid stretched cables, trip hazards and improvised extensions.
EV charging in apartments and shared buildings
Plan apartment EV charging around permission, parking rights, building capacity, load management, billing and fair access in an EU context.
Outdoor EV charging and IP ratings
Learn what IP44, IP54 and IP65 say about EV charging equipment, what they do not prove, and how to plan a safer outdoor installation.
Tethered vs untethered wallbox: fixed cable or socket?
Compare a wallbox with a fixed charging cable against a socketed unit for convenience, cable reach, appearance, compatibility and maintenance.
Type 1 vs Type 2 for older or imported EVs
Identify a Type 1 or Type 2 AC inlet and choose a safe public charging cable for an older or imported EV without guessing about adapters.
Why home EV charging is slower than expected
Find the real limit in a slow home charging session: supply, wallbox, cable, onboard charger, load balancing, schedule, temperature or losses.
400 V vs 800 V EV charging
See what 400 V and 800 V EV architectures change, why higher voltage can reduce current, and why voltage alone does not guarantee a faster charge.
Battery preconditioning for faster EV charging
Learn what EV battery preconditioning does, when it helps before a DC fast charge, how to activate it, and what it cannot fix.
Charging an EV to 80% vs 100%: which limit should you use?
Choose an everyday EV charge limit without treating 80% as a universal rule, and understand when 100% is useful for a trip.
EV battery health and charging habits
Build sensible EV charging habits without treating 80% as a universal rule. Learn what affects battery ageing and when convenience should win.
EV charger access control: RFID, app or open?
Choose whether a home, workplace or shared EV charger should start freely, by RFID card or through an app without creating daily frustration.
EV charging C-rate explained
Understand how C-rate compares charging power with battery capacity, calculate simple examples, and see why it cannot replace a full charging curve.
EV charging curves explained: why fast charging slows down
Understand peak and average DC charging power, why speed changes during a session, and how to compare electric cars without trusting one headline number.
EV charging etiquette: a practical guide
Use public and shared EV chargers without blocking other drivers. Know when to move, how to queue, and what to do with cables and failed sessions.
EV charging idle and occupancy fees explained
Learn when public charger idle fees can start, why charging can finish early, and how to avoid paying for blocking a connector after energy stops.
EV road trips with a trailer or caravan
Plan EV charging while towing: test real consumption, check tow-compatible bays, carry a larger reserve, and avoid depending on peak charge power.
EV wallbox maintenance checklist
Keep an EV wallbox clean, supported and easy to inspect. Know the safe owner checks, records to keep and faults that need a qualified technician.
Home batteries and EV charging
Decide whether a home battery should charge your EV, support solar use or shave peaks by comparing usable energy, power, losses and tariff value.
Hotel and destination EV charging
Confirm hotel EV charging before you travel, ask the questions listings omit, and build a fallback when access, cables, pricing or availability differ.
How to charge two EVs at home
Plan two-EV home charging from daily energy and parking time. Compare one shared charger, two load-balanced wallboxes and supply upgrades.
How to compare electricity tariffs for EV charging
Compare flat, time-of-use and dynamic EV tariffs using wall energy, realistic charging times, fixed fees and the cost of peak-rate spillover.
How to plan EV charging stops for a road trip
Estimate your first and later driving legs, choose useful fast chargers, allow for the charging curve, and keep a reachable backup.
How to release a stuck EV charging cable
Stop the session, unlock the correct device and remove cable strain before using only the model-specific manual release described by the manufacturer.
How to schedule EV charging for off-peak hours
Set a reliable home EV charging schedule around your departure, tariff window, car limit and available power without waking up to a half-charged car.
Plug & Charge and ISO 15118 explained
Learn how Plug & Charge identifies an EV, what ISO 15118 does, and why the car, charger, contract and certificate system must all work together.
Public EV charging prices and payment in the EU
Read public EV charging prices before you plug in, compare ad hoc and contract rates, and spot per-minute, session, roaming and occupancy fees.
Usable vs gross EV battery capacity
Learn why an EV can have two battery-capacity figures, which one matters for charging, and how to compare cars without mixing unlike numbers.
Used EV charging checklist
Check a used EV's AC and DC charging, cables, port, battery evidence, software, accounts and warranty before the purchase becomes your problem.
V2L, V2H and V2G explained
Understand vehicle-to-load, vehicle-to-home and vehicle-to-grid, what equipment each needs, and why bidirectional claims require exact compatibility.
What OCPP means for an EV charger
Understand how OCPP connects a charger to management software, what versions and certification mean, and which questions prevent backend lock-in.
Why your EV will not start charging
Work through a safe EV charging fault checklist: schedules, connection, authorisation, limits, charger status and when to stop troubleshooting.
Winter EV charging: a practical cold-weather guide
Plan for higher winter consumption, slower cold-battery charging, preconditioning, frozen connectors and a larger road-trip reserve.
Workplace EV charging: a practical planning guide
Plan employee, visitor and fleet charging around demand, dwell time, site power, access, billing, maintenance and EU building requirements.
11 kW or 22 kW wallbox: which do you need?
An 11 kW wallbox is a practical three-phase option. Choose 22 kW only when the car, supply, circuit and local grid rules support it.
Can you charge an EV from a household socket?
Household-socket EV charging may be possible when local rules allow it. Learn the limits, warning signs and when a wallbox is better.
Dynamic load balancing for home EV charging
Dynamic load balancing reduces EV charging power when the home needs electricity. Learn what it measures, what it can prevent and its limits.
EV charging speed: kW, kWh, AC and DC
Understand charging power and battery energy, calculate an ideal charging time, and learn why a car may take less than a charger's headline power.
EV connector types in Europe explained
Understand Type 1, Type 2, Combo 2, CHAdeMO and NACS. Learn which are AC or DC and how to check your car without guessing.
Home EV charging explained: wallbox, portable charger or wall socket?
Compare a wallbox, portable charger and household or CEE socket without assuming that every home, car or country has the same limits.
How long does an EV take to charge at home?
Estimate home EV charging time from battery energy, available power and efficiency. See worked examples and the limits that change the result.
How many amps should a portable EV charger use?
Set portable EV charging current from the socket and circuit rating, not the charger's maximum. See common amp settings and their charging power.
How to charge an EV with solar panels
Solar-aware EV charging follows spare rooftop generation instead of importing all charging energy. Learn the equipment, limits and practical settings.
How to choose a portable EV charger
Choose a portable EV charger by matching the plug, current, phases, cable and protection to your car and the sockets you will actually use.
Portable EV charger safety: heat, rain and cables
A practical safety guide for portable EV charging. Learn why extension leads add risk, how to spot heat and how to charge outdoors.
Public EV charging in Europe
A plain guide to public AC and DC charging, cables, ad-hoc payment and price information under EU rules, including what older chargers may lack.
RCD types for EV charging explained
Understand Type A, 6 mA DC detection and Type B protection for a wallbox. Learn what to ask the installer without designing the circuit yourself.
Schuko vs CEE sockets for portable EV charging
Compare household Schuko and industrial CEE sockets for portable EV charging, including power, phases and manufacturer-approved connection options.
Single-phase vs three-phase EV charging
Learn how phases affect home EV charging power, how to identify your supply and why the car's onboard charger can still limit the result.
Type 2 charging cable buyer's guide
Choose a Type 2 cable by connector, current, phases and reach. Understand 16 A versus 32 A without paying for capacity your car cannot use.
Wallbox installation checklist
A practical brief for your electrician: car limits, supply capacity, cable route, fault protection, load management and handover checks.
