A daytime load solar was made for
Air-conditioning, lighting, escalators and lifts make a mall’s demand peak during trading hours — the same hours solar generates most. Self-generated units directly displace expensive grid and generator power at peak demand, and because a mall consumes most of what it generates on-site, those units are the most valuable kind under Pakistan’s net-billing rules.
De-risking the asset — the payback only holds if it performs
For the mall’s owner, the rooftop is a capital investment with a payback, and that payback quietly depends on the system staying at its potential. Soiling, a weak string, or a derating inverter erodes output while the dashboard still looks fine. Independent, string-level monitoring — each string measured against a weather-normalised expectation across every inverter brand — is what protects the payback and turns a hopeful projection into a managed asset.
Common areas and tenants — solar plus fair billing
A mall’s electricity is not one bill; it is common-area load plus dozens of tenants. Solar cuts the common-area cost, and the tenant side has to be recovered fairly and defensibly. That is where the ecosystem connects: the same engineering house that installs and monitors the solar also runs TenantBill — photo-verified, one-formula tenant sub-billing — so the whole electrical picture, from rooftop to shop meter, is handled together.
The complete ecosystem
A mall already runs on our platforms — see the businesses that trust BijliBachao.
- Engineering-led installation (EPC) — sized for a mall’s daytime peak.
- Independent performance inspection (Solar Performance Cloud) — protects the payback, string by string.
- Fair tenant sub-billing (TenantBill) — photo-verified readings and one published formula.
- Energy-cost intelligence (WattEY) + Annual Maintenance (AMC) — the full lifecycle from one house.

