Appliance · Ev

How many watts does an e-bike charger use — and what can run it?

A 48 V, 2 A e-bike charger (Lectric 3-pin) delivers 109 W; the wall draw is higher. Which power stations can charge an e-bike, and for how long.

Running draw109 W source
Starting drawnone
Average per hour of usenot published
Typical use6 h/day

Lectric: most Lectric e-bikes charge within 6 to 10 hours with this 2 A charger.

The representative charger is Lectric eBikes' 3-pin charger for its 48 V bikes. Lectric's product page lists an output of 54.6 V DC at 2.0 A, which is 109 W, and an input of AC 100–240 V, 2.0 A max. The site uses the 109 W output as the running figure. That is an undercount: the charger's own conversion losses mean the outlet supplies more than 109 W, so the runtimes below lean long.

What changes the draw

A charger delivers its full current for most of a charge and reduces it as the battery approaches full. Lectric says most of its bikes charge within 6 to 10 hours with this charger; the page assumes 6 hours a day, 654 Wh. Faster chargers draw more watts for fewer hours.

No starting surge

A battery charger has no motor start and no starting figure. The deciding number is continuous output: stations rated 100 W or less fail; every station rated 300 W or more passes with room to spare.

Reading the tables

Runtime is time at 109 W, not a number of charges — the e-bike battery's capacity is not in this page's data. Example: the EcoFlow RIVER 3 Plus record has no maker factor, so the default 0.85 applies: 286 Wh × 0.85 ÷ 109 W = 2.2 hours of charging. To compare with your bike, check the watt-hours printed on its battery against the usable energy of a station.

Power stations that can run it

Pass = continuous output ≥ 109 W. Runtime = capacity × maker's factor ÷ 109 W, nothing else plugged in. Method.

ModelFitsRuntime at 109 WCapacityList price
MARBERO 88Wh Portable Power Station (M82)No—89 Wh$119.99
DARAN R100 (89.6Wh)No—90 Wh$149.99
Bluetti EB3AYes2 h269 Wh$219
EcoFlow RIVER 3 PlusYes2.2 h286 Wh$299
Anker SOLIX C300Yes2.2 h288 Wh$429.99
Anker SOLIX C300 DCNo—288 Wh$349.99
Jackery Explorer 300Yes2.3 h292 Wh$289
Goal Zero Yeti 500Yes3.9 h499 Wh$499.95
Bluetti AC70Yes6 h768 Wh$359
Anker SOLIX C1000 Gen 2Yes8 h1,024 Wh$499.99
EcoFlow DELTA 3Yes8 h1,024 Wh$699
EcoFlow DELTA 3 ClassicYes8 h1,024 Wh$599
EcoFlow DELTA 3 PlusYes8 h1,024 Wh$799
Anker SOLIX C1000XYes8.2 h1,056 Wh$469.99
Jackery Explorer 1000 v2Yes8.3 h1,070 Wh$559
Bluetti AC180Yes8.1 h1,152 Wh$499
Jackery Explorer 1000 PlusYes9.9 h1,264 Wh$699
Goal Zero Yeti 1500Yes12 h1,505 Wh$1,499.95
Goal Zero Yeti 1500XYes12 h1,516 Wh$1,124.89
EcoFlow DELTA Max (2000)Yes16 h2,016 Wh—
Jackery Explorer 2000 v2Yes16 h2,042 Wh$999
Jackery Explorer 2000 PlusYes16 h2,043 Wh—
Anker SOLIX C2000 Gen 2Yes16 h2,048 Wh$899.99
Bluetti AC200LYes16 h2,048 Wh$899
EcoFlow DELTA 2 MaxYes16 h2,048 Wh$1,299
EcoFlow DELTA 3 MaxYes16 h2,048 Wh$1,199
EcoFlow DELTA 3 Max PlusYes16 h2,048 Wh$1,599
Bluetti Elite 200 V2Yes15 h2,074 Wh$899
Jackery HomePower 3000Yes24 h3,072 Wh$1,499
Anker SOLIX F3800 PlusYes30 h3,840 Wh$2,599.99
EcoFlow DELTA Pro 3Yes32 h4,096 Wh$3,299

Generators that can run it

ModelFitsLoadPublished run timeCO sensorList price
Champion 100396 3400W Electric Start Dual Fuel InverterYes4 % (gasoline)7.5 h @ 25 %No—
Champion 201241 13,500W Electric Start Tri Fuel GeneratorYes1 % (gasoline)8 h @ 50 %Yes—
Champion 201319 4500W Electric Start Dual Fuel InverterYes3 % (gasoline)14 h @ 25 %Yes—
DuroMax XP13000EHYes1 % (gasoline)17 h @ 25 % · 8 h @ 50 %Yes$1,299
DuroMax XP9500iHYes1 % (gasoline)21 h @ 25 % · 11 h @ 50 %Yes$1,999
Generac GP8000E (with COsense, model 7715)Yes1 % (gasoline)10 h @ 50 %Yes—
Generac iQ3500 (with COsense)Yes4 % (gasoline)14.1 h @ 25 % · 8.9 h @ 50 %Yes—
Honda EU2200iYes6 % (gasoline)8.1 h @ 25 % · 3.2 h @ 100 %Yes$1,199
Honda EU3200iYes4 % (gasoline)8.6 h @ 25 % · 3.3 h @ 100 %Yes$2,799
Honda EU7000iSYes2 % (gasoline)16 h @ 25 % · 6.4 h @ 100 %Yes$4,899
WEN DF680iXYes2 % (gasoline)6.1 h @ 50 %Yes$803.40
WEN GN400iYes3 % (gasoline)7 h @ 50 %No$479.99
Westinghouse WGen7500DFcYes1 % (gasoline)11 h @ 25 %Yes$1,299
Westinghouse WGen9500DFYes1 % (gasoline)12 h @ 25 % · 8 h @ 50 %No$1,249
Westinghouse WGen9500DFcYes1 % (gasoline)12 h @ 25 % · 8 h @ 50 %Yes$1,399
Westinghouse WGen9500DFc EFIYes1 % (gasoline)15 h @ 25 % · 10 h @ 50 %Yes$1,549

Frequently asked questions

How many watts does an e-bike charger use?
Lectric's 3-pin charger lists an output of 54.6 V DC, 2.0 A — 109 W — and an input of AC 100–240 V, 2.0 A max. The 109 W is what reaches the battery; the charger draws more than that from the outlet.
How long does it take to charge an e-bike?
Lectric says most of its e-bikes charge within 6 to 10 hours with this 2 A charger.
Can a small power station charge an e-bike?
It can run the charger if its continuous output is above 109 W: the 100 W DARAN R100 fails, the 600 W EcoFlow RIVER 3 Plus passes. Whether its energy is enough for a full charge depends on the e-bike battery's capacity, which is not part of this page's data.

Sources

  1. Lectric eBikes — Lectric Battery Charger - 3 Pin product page, Product Specifications (accessed 2026-10-31)

Page updated 2026-10-31.