Solar & Battery Sizing Panelload-based system estimator
LOCATION

Size your system from what you actually run

Add the appliances in your home, how many of each, and how long they run. This panel works out your peak power, daily energy use, and the inverter, battery and panel setup to cover it.

LOAD BUILDER

0 appliances
No appliances added yet. Pick one above, or add a custom one, to start sizing your system.
motor / compressor load — starting surge included in peak power    steady load
"On backup" marks appliances that must stay powered during an outage — this sets your battery size.

SYSTEM READOUT

LOAD PROFILE

Peak power 0W
Average load 0W
Daily energy 0.0kWh/day

BACKUP SETTINGS

Backup time 6hrs
Load on backup 0W

RECOMMENDED SYSTEM

—kVA
Inverter size
0capacity
—kWh
Battery bank (usable)
—kWp
PV array

SEND THIS ESTIMATE

By sending, you'll get your inverter, battery and PV recommendation on WhatsApp, and our team will follow up to help you act on it. Prefer to talk now? Chat with us directly on WhatsApp.

BUDGET ESTIMATE

rates derived from BlueTrack price list
CLOSEST BLUETRACK PACKAGE —
Add appliances above to see the nearest ready-made BlueTrack system.
With panel₦0
Without panel₦0

CUSTOM BUILD RATES

₦
₦
₦
₦
%
Per-unit rates and the flat cables/BOS/install fee are fitted from BlueTrack Global Technologies' own 10-package price list (4kVA/7.5kWh through 30kVA/45kWh) — not generic estimates. They'll drift as the naira moves and as BlueTrack updates pricing, so revisit them periodically. Use this custom build for sizes that fall between standard packages; for a size that lands close to one, the matched package above is the real, purchasable price.
Inverter — 0 kVA₦0
Battery bank — 0 kWh₦0
Solar panels — 0 kWp₦0
Hardware subtotal₦0
Cables, BOS & install₦0
Contingency₦0
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Custom build estimate

BLACKOUT SIMULATION

Add at least one appliance and mark what's on backup, then run the simulation to see how the battery holds up overnight.
Assumptions — Starting surge included once, for the single largest motor/compressor load, at its typical LRA multiple. Battery sizing uses 80% depth of discharge and 90% inverter round-trip efficiency. PV array assumes 75% system efficiency (wiring, temperature, inverter losses) against the peak sun hours for the selected location, sized with 545W panels. Inverter is rounded up to the nearest common size at 0.8 power factor plus 20% headroom. These are first-pass estimates for planning — a site survey adjusts for shading, roof area, and grid-tie or off-grid configuration.