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.
LFP and NMC are the two main EV battery chemistries. The letters name the cathode: iron phosphate vs nickel-manganese-cobalt — and the trade-offs follow from that.
Space beside the car, a level route, reachable controls, manageable cable weight and contactless payment decide whether a disabled driver can use a public charger unaided.
A plug-in hybrid’s small battery is its advantage without home charging: one workplace or public Level 2 session fills it. Where to plug in, and when it stops working.
Charger voltage and battery voltage are different numbers. Most EV packs run near 400 V; 800 V models raise the DC fast-charging ceiling, not home charging.
Destination charging is AC Level 2 charging where your car is parked for hours anyway — hotels, workplaces, car parks. The parked time does the work.
Community solar lets you subscribe to a share of a shared solar array and credit its output on your bill — no roof or panels needed, and your EV charging does not change.
Most EVs carry the drive battery flat under the floor; hybrids and plug-in hybrids use the tunnel, rear seat or boot floor. What that placement means for you.
Count it weekly, not per session: a 200-mile week needs about 10–20 plugged-in hours on Level 2 — nearly all of it while you sleep. Level 1 needs 40–100 hours for the same miles.
Every EV charger draws from the local grid through a metered service connection and a transformer. The path from power station to battery, stage by stage.
There is no standard off-peak discount — the saving is your peak rate minus your off-peak rate, times the kWh you actually shift. Here is the three-number method.
