How Long to Charge an Electric Motorcycle in Indonesia? Plug-in vs Battery Swap
How long does it take to charge an electric motorcycle in Indonesia? The answer depends on the type of bike. For a plug-in electric motorcycle, the kind you charge yourself at home, one full charge usually takes around 3 to 6 hours, depending on the battery size and the power of the onboard charger. For a battery-swap electric motorcycle, you do not wait to charge at all: you exchange the empty pack for a full one at a station in seconds. This guide covers charge times for popular models with sourced and dated figures, then explains why plug-in charging is relatively slow and why battery swap has almost no downtime.
By mht-dev, Frontend Engineer & Creator
A frontend engineer who bought a first electric car in March 2026 and built EV Charge Calculator while working out the real cost of charging it, writing every guide from an everyday new EV owner's perspective.
How long a full charge takes
Charge time for an electric motorcycle follows a simple sum: the battery capacity in kWh divided by the charger power in kW gives an estimate of the charging hours. Because the onboard charger of an electric motorcycle is small, the result is several hours, not minutes. For a plug-in bike in Indonesia, one full charge from near-empty usually falls in the range of around 3 to 6 hours, depending on the battery size and charger. For a swap bike, this sum does not apply to the rider, because the battery is already charged by the operator off-site; you only exchange the pack in seconds.
So there are two very different worlds. A plug-in bike needs charge time measured in hours, but it is cheap because you only pay the residential electricity rate. A swap bike has practically no charge time for the rider, but you pay a fee to the operator. The next two sections detail the charge time for popular plug-in models, then explain the battery-swap model.
Charge time for popular models
Below are estimated full-charge times for several popular plug-in electric motorcycles in Indonesia, with their onboard chargers, all dated 2026-06-01. The Gesits G1 with a 1.44 kWh battery per pack and a portable charger of around 450 W reaches a full charge in around 3 to 4 hours (source: polytron/alva blogs; carmudi.co.id; autofun.co.id, as of 2026-06-01). The Alva One with a 2.7 kWh battery and a charger of around 10 A reaches a full charge in around 4 hours (source: alvaauto.com, as of 2026-06-01). The Polytron Fox-R and Fox 350 with batteries of 3.7 to 3.75 kWh reach a full charge in around 4 to 5 hours (source: polytron.co.id, as of 2026-06-01). The Honda EM1 e: with a 1.477 kWh battery and a 400 W charger reaches a full charge in around 6 hours from 1% to 100% (source: otomotif.kompas.com, as of 2026-06-01).
Notice the pattern: the onboard charger of an electric motorcycle is small, roughly 400 to 450 W up to around a 10 A home charger, so charging is genuinely slow. The figures above are estimated ranges and can differ in practice, depending on the remaining battery level when you start charging, the temperature, and the stability of the home supply. You rarely charge from a true 0%, so a daily top-up from a half-empty pack is usually faster than these full-charge figures.
Why charging an electric motorcycle is relatively slow
The main reason is the small onboard charger power compared to the battery capacity. An electric motorcycle charger is usually only around 400 to 450 W, and even the larger ones sit in the range of a 10 A home charger. Compare that to a battery of several kWh: dividing the kWh capacity by the small kW power gives several hours. This is different from an electric car, which can use DC fast charging at tens of kW; an electric motorcycle is designed to charge from an ordinary home socket, not a fast charger.
For that reason, pay attention to your home electrical supply too. The Gesits G1, for example, needs a home supply of at least around 900 W, while higher-powered models such as the Alva and Polytron are generally recommended on a 1,300 VA home group or above (source: polytron/alva blogs; alvaauto.com, as of 2026-06-01). As long as the home supply is sufficient, overnight charging is the most practical pattern: plug in when you get home, full when you wake up.
Battery swap: a refill in seconds
A battery-swap electric motorcycle removes the whole charge-time problem. Instead of waiting for the battery to charge, you stop at a swap station, exchange the empty pack for a full one in around 9 seconds to 1 minute, and ride off straight away. The operator charges the batteries off-site, so the rider never waits to charge. This is the main advantage of the swap model: almost no downtime, which suits high-mileage riders such as ride-hailing drivers who cannot stop for hours.
Battery swap has its own cost model and network coverage, covered separately. For a network-by-network comparison (coverage, cost model, and how a bike ties to its network), see the battery-swap guide at /id/guide/tukar-baterai-motor-listrik. For a cost comparison between charging yourself and swapping, see the cost guide at /id/guide/biaya-cas-motor-listrik.
Electricity rate and sources
| Tariff | Rate per kWh | Source | As of |
|---|---|---|---|
| PLN Rumah Tangga ≥3.500 VA | Rp 1.699,53 | PLN/ESDM tariff-adjustment publication | 2026-05-24 |
| SPKLU DC (Publik) | Rp 2.466,00 | PLN SPKLU public fast-charge tariff (Permen ESDM ceiling) | 2026-05-24 |
Rates updated 2026-05-24
This site's calculator
The table above shows the PLN residential rate directly from the site's configuration (the SPKLU DC row is meant for cars). The calculator on this site itself is meant for electric CARS, so its preset list contains cars, not motorcycles. To estimate the charge time of a plug-in electric motorcycle, apply the formula yourself: divide the bike's battery capacity in kWh by the charger power in kW, and the result is the estimated hours. For the cost, multiply the battery capacity by the electricity rate per kWh. This site does not have an electric motorcycle preset, so do not look for a motorcycle in the calculator; just work it out by hand with your bike's battery figures.
Frequently asked questions
How long does it take to charge an electric motorcycle to full?
- For a plug-in electric motorcycle in Indonesia, one full charge from near-empty is usually around 3 to 6 hours, depending on the battery size and charger. As examples dated 2026-06-01: the Gesits G1 around 3 to 4 hours, the Alva One around 4 hours, the Polytron Fox-R or Fox 350 around 4 to 5 hours, and the Honda EM1 e: around 6 hours. A daily top-up from a half-empty pack is faster than these full-charge figures.
Why does charging an electric motorcycle take a long time?
- Because the onboard charger of an electric motorcycle is small, usually only around 400 to 450 W, and even the larger ones sit in the range of a 10 A home charger. Dividing a battery of several kWh by the small charger power gives several hours. An electric motorcycle is designed to charge from an ordinary home socket, not a fast charger like an electric car, so charging is genuinely slow.
Is battery swap faster?
- Yes, much faster. On a battery-swap electric motorcycle, you do not wait to charge at all: you exchange the empty pack for a full one at a station in around 9 seconds to 1 minute, then ride off. The operator charges the batteries off-site, so the charge time for the rider is practically zero. This model suits high-mileage riders who cannot stop for hours.
How much home electrical supply do I need to charge an electric motorcycle?
- It depends on the model. The Gesits G1, for example, needs a home supply of at least around 900 W, while higher-powered models such as the Alva and Polytron are generally recommended on a 1,300 VA home group or above (as of 2026-06-01). As long as the home supply is sufficient, overnight charging is the most practical pattern: plug in when you get home and it is full when you wake up.