A small manufacturer loses the shift when the grid drops, and pays for the diesel that covers it.
A comprehensive backup solution for critical industrial loads, integrated with a solar PV system to reduce energy bills as well as cover outages.
Critical industrial load, integrated with solar PV
The critical industrial load runs for three and a half hours on 19.2 kWh, and the solar array reduces the bill on every day the grid behaves.
For a business this size that second part is what makes the system pay rather than merely work. A backup-only installation is capital that earns nothing until something goes wrong. Sizing to the critical load rather than the connected load is the other half — it is what keeps the system proportionate to a small manufacturer's budget instead of to its main breaker.
See the SME battery range and specifications
It depends on the load you need to carry and for how long, not on the size of your connection. Sizing to the critical load — the machines that must keep running — rather than the whole connected load is usually what makes it affordable. Give us the load in kW and the hours you need and we will size and quote it.
Over the life of the system, usually. A DG set costs fuel at whatever this month's price is, plus servicing, and runs inefficiently at the partial loads a small site draws. Storage has no fuel cost, and paired with solar it also reduces the bill on the days there is no outage.
Yes, and it is usually the better answer. A hybrid inverter manages solar, battery and grid as one system, so the same equipment covers outages and cuts consumption instead of sitting idle waiting for a power cut.
A system at this scale is typically installed and commissioned within a day or two, around the site's working hours. This one was completed in 2025 at Faridabad.
Tell us your load and the backup you need, and our team will size it.
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