Minister of Energy Regulation No. 10 of 2021 sets minimum electrical capacity standards for residential buildings based on floor area. For landed houses above 36 m², the minimum standard is 2200 VA — which is what cluster units in Bekasi are typically installed with at handover. The real question: is 2200 VA actually sufficient for a modern family's daily electricity habits?
How to Calculate Your Total Electrical Load
Load calculations use VA (Volt-Ampere), which differs slightly from Watts due to a power factor of roughly 0.8–0.9 for household appliances. As a rough guide: VA ≈ Watts ÷ 0.85.
Typical load for a two-storey house with a family of four in Bekasi:
| Appliance | Power (Watts) | Load VA (÷0.85) |
|---|---|---|
| AC 0.5 PK (ground floor) | 400 W | ~470 VA |
| AC 0.5 PK (upstairs, master bedroom) | 400 W | ~470 VA |
| Two-door refrigerator | 120 W | ~140 VA |
| 43-inch TV | 80 W | ~94 VA |
| Water pump (when active) | 250 W | ~295 VA |
| Front-load washing machine | 500 W | ~590 VA |
| All lighting (estimate) | 150 W | ~175 VA |
| Laptop + smartphone chargers | 100 W | ~118 VA |
| Total peak load | ~2000 W | ~2352 VA |
The total peak load above already reaches 2352 VA — and that excludes a water heater, microwave, or other kitchen appliances running at the same time. PLN allows continuous usage up to 80–85% of rated capacity, so for 2200 VA the safe sustained limit is actually around 1760–1870 VA.
Is 2200 VA Enough?
It's sufficient if you manage usage carefully — no two ACs running simultaneously with the washing machine, water pump, and heavy kitchen appliances all active at once. That might feel manageable in month one, but during hot seasons or when guests are over, the MCB (circuit breaker) will trip frequently.
According to PLN field technicians servicing the Bekasi Utara area, the most common complaint from new cluster residents is MCB tripping at night — when the AC is on, the refrigerator is running, and someone switches on a microwave or iron at the same time.
Comparison: 2200 VA vs 3500 VA vs 4400 VA
| Capacity | Safe Sustained Use | Suitable For | Upgrade Cost (est.) |
|---|---|---|---|
| 2200 VA | ~1,760 VA | 1 AC + basic appliances | — (developer standard) |
| 3500 VA | ~2,800 VA | 2 ACs + active kitchen | Rp 1.8–2.5 million |
| 4400 VA | ~3,520 VA | 3 ACs + water heater + kitchen | Rp 2.5–3.5 million |
The cost of upgrading from 2200 VA to 3500 VA in the Bekasi area as of 2026 is roughly Rp 1.8–2.5 million — including a new KWH meter and PLN administration fees. The process goes through the PLN Mobile app and typically completes within 3–7 business days.
Practical recommendation: For a family of four with two ACs and regular cooking habits, upgrading to 3500 VA right after handover is the sensible move. A one-time cost of around Rp 2 million is far cheaper than the frustration of repeated MCB trips — and your monthly bill only goes up if you actually use more power.
How to Upgrade: PLN Mobile Process
- Open the PLN Mobile app and go to the Perubahan Daya (Power Change) menu
- Enter your customer ID number (shown on your electricity bill or KWH meter)
- Select the new capacity you want
- The system calculates the fee — pay via bank transfer or virtual account
- A PLN technician visits to replace the KWH meter and MCB
The entire process is done online — no queuing at a PLN office. You just need the customer ID and someone at home when the technician arrives. For new units at a cluster like Kingspoint, the developer typically hands over the unit with 2200 VA and provides the PLN customer ID at handover — after which you can request an upgrade immediately.
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