As an expert in the charging pile industry, EVDANCE has rich experience in the development and manufacturing of intelligent EV charging solutions. This is where we turn our engineering insights into knowledge and share them with the global EV community.
In the UK and Europe, “rapid” usually means DC charging around 50 kW and above, and “ultra-rapid” 100–150 kW and above. How the terms map to Level 1, 2 and DC fast.
“Level 3” is a common informal name for DC fast charging. Why the official standards do not use it and how levels compare.
DC fast charging costs more than home charging because of expensive hardware, installation, utility demand charges and lower utilisation. What drivers can do about it.
DC fast chargers convert grid AC to DC inside the station and feed the battery directly, under the car’s control. The power path, the communication and the cooling.
A first-timer’s guide to DC fast charging: plan, precondition, plug in, pay, monitor and leave promptly.
Bidirectional charging lets your EV power your home or the grid. When it pays off, what it costs and what you need: compatible car, charger, utility approval.
Vehicle-to-home (V2H) is already available for some vehicles with matching home equipment, mostly from the automaker. What exists now and what is still developing.
Bidirectional EV charging in the UK is available in limited form, with a few compatible cars, chargers and tariffs. Grid connection, smart charging rules and what to check.
Yes. EV batteries can be replaced, and many can be repaired at module level. What it involves, warranties, and what happens to old batteries.
Ways to check an EV’s battery state of health: in-car data, dealer reports, OBD apps and range at full charge. What the numbers mean.
