Bali runs dry: lessons from an island that depends on a ship
Eight-hour queues, odd-even rationing and closed schools. Bali's October 2026 fuel crisis shows what happens when all energy arrives on a tanker, and what a villa with solar and storage can do about it.
On 12 October 2026, a tanker due to unload in Bali had an anchor problem. Bad weather did the rest. Within hours, filling stations in Denpasar, Badung, Ubud and Uluwatu had queues over a kilometre long, and people were waiting four to eight hours to fill their scooter.
What happened
- Unloading delay: Bali's fuel arrives by sea at two terminals, Sanggaran (Denpasar) and Manggis (east Bali). A one-day delay with the ship was enough to empty the pumps.
- Panic buying: the island uses about 2.2 million litres of Pertalite (subsidised petrol) a day. As soon as the first queues appeared, everyone went to fill up at once.
- Emergency measures: 24-hour opening at stations, more tanker lorries, civil servants working from home, online classes and, from 17 to 19 October, odd-even rationing by number plate: at most 3 litres per scooter and 20 per car.
- Protests: on 15 October, around 500 people gathered outside the governor's office.
The government insists this is a distribution problem, not a lack of fuel. But the context matters: Indonesia produces about 600,000 barrels of crude a day and consumes more than 1.6 million, and since the Middle East conflict began it has lost a quarter of its import sources. It is the same crisis that is pushing up diesel prices in Europe, with one difference: in Bali, it is not just the price but the delivery that fails.
The underlying problem: one island, one ship
Bali has no refinery and no oil fields. Petrol and diesel arrive by ship, are stored for a few days and distributed by lorry. If one link breaks, everything breaks:
- Scooters, which are how almost everyone gets around.
- Taxis, deliveries and tourist transfers.
- The diesel generators of hotels and villas, the plan B when the power goes out. The generator depends on the same tanker lorry as the filling station.
An example: a villa during a power cut
Take a holiday villa with a pool, air conditioning and a backup diesel generator. A 6-hour power cut in the afternoon:
| With a diesel generator | With solar + battery | |
|---|---|---|
| What it needs | ~15–20 litres of diesel | Yesterday's sunshine |
| Where it comes from | Ship → depot → lorry → jerrycan | The villa's roof |
| If there are queues or rationing | You must find the diesel | Nothing changes |
| Noise and fumes by the pool | Yes | No |
Indicative figures: a generator of around 20 kVA at half load burns about 3 litres per hour.
With 10–20 kWp of panels and 20–40 kWh of battery, the size of our Bali Villa kit, the villa produces by day what it uses, charges the battery with the surplus and, if the grid goes down, the inverter isolates the house and keeps it running. Bali has sun all year round, and each kWp of panels produces around 4 kWh a day.
And the scooters
An electric scooter uses about 2–3 kWh for a full charge, enough for 60–100 km. That is what a couple of panels produce in a morning. In a week like this one, the difference between charging at home and spending the afternoon in a petrol queue is not small.
Conclusion
This crisis will be solved in days, when the next tankers arrive. But it makes one thing clear: on an island, energy not produced on the island depends on a ship arriving. Solar with storage does not solve everything, but it turns every roof into a small power plant that needs no queues, jerrycans or lorries. For a villa, that means guests never notice the next outage. That is what we designed Bali PV for.
Sources: AFP / Arab News (15/10/2026), Fortune (14/10/2026), Bali Discovery (15/10/2026), Indonesia Investments (10/10/2026), Bali Provincial Government via Media Indonesia (rationing 17–19/10/2026).