Most sites need a solar inverter, a UPS, and a DG ATS box. Infozeb hybrid does all three: solar to DC, battery management, grid sync, and load switchover under 20 milliseconds.
SOLAR · MPPT in
GRID · 230/415 V
BATTERY · 48 / 96 / 192 V
LOAD · sine wave
A typical Indian site runs solar, battery, grid, and DG — each from a different vendor with its own SLA. Infozeb does all four in one cabinet, one warranty, one phone number to call.
Same firmware, same app, same training from 3 kW (wall-mount for a flat) to 240 kW (floor cabinet for a factory). Only the cabinet and breaker size change.
| SKU | Rated AC output | Phase | Battery bus | MPPT range | Typical fit |
|---|---|---|---|---|---|
| IZ-HI-3 | 3kW | 1Φ | 48 V | 120–360 V | 1 BHK flat, small clinic, telecom hut |
| IZ-HI-5 | 5kW | 1Φ | 48 V | 120–400 V | 2–3 BHK villa, GP surgery, retail counter |
| IZ-HI-8 | 8kW | 1Φ | 48 V | 120–450 V | Large villa, small office, mid-sized hotel suite |
| IZ-HI-30 | 30kW | 3Φ | 96 V | 150–500 V | Housing society common-area, school, mid-size clinic |
| IZ-HI-60 | 60kW | 3Φ | 96 V | 150–500 V · 2× MPPT | Small factory, 50–80 bed hospital, cold storage |
| IZ-HI-120 | 120kW | 3Φ | 192 V | 150–500 V · 3× MPPT | SME factory, hotel, 100+ bed hospital |
| IZ-HI-240 | 240kW | 3Φ | 192 V | 150–500 V · 4× MPPT | Mid factory, EV charging hub, telecom MSC |
| IZ-HI-480+ | 480kW+ | 3Φ | 192 V | parallel · master/slave | Utility blocks · 1.92 MW assemblies in parallel |
Indian grids collapse without notice — voltage dips, brownouts, split-second outages. A standby UPS has to detect it, switch over, and start. Infozeb hybrid runs in online double-conversion mode: the load always sits on the inverter, never the raw grid. Grid fails, nothing transfers. Battery takes over in under 20 ms.
A standby UPS or DG ATS panel needs to detect the outage, open the grid contactor, start the inverter, and close onto the battery. That's 200–800 ms of dark — long enough to drop computers, trip motors, and reset PLCs.
The Infozeb hybrid never needs to start. The load is already on the inverter; the grid is just a charging source. When the grid goes away, the battery takes over in under 20 milliseconds — well below the threshold that any connected equipment can sense.
That's why we call it a hybrid inverter, not a backup inverter: there's no failover. The load only ever sees clean sine wave from one source — the inverter itself.
Four common setups. We size off your actual load profile, not nameplate specs. Call us for 20 minutes and we'll send the right SKU.
Single-phase 5 kW + 10 kWh battery. Runs a 2–3 BHK villa overnight, including fans and one inverter AC.
Three-phase 30 kW + 60 kWh. Common-area lighting, lifts, pump, plus essential clinical loads.
60 kW · 2× MPPT. Trims demand charges through the day, runs critical line through any grid event.
240 kW units paralleled into 480 kW or 1.92 MW utility blocks. Master/slave sync, hot-swap on fault.
Send your load profile, solar size, and grid voltage. We'll respond within 48 hours with the SKU, cabinet specs, and a written transfer-time guarantee.