A Solar Hybrid system integrates solar photovoltaic generation with battery storage, diesel generators, and the utility grid into an automated, multi-source power microgrid. While traditional grid-tied solar shuts down during blackouts to protect utility line workers, a hybrid power system coordinates multiple energy assets to supply continuous, firm power day and night. Chirayu Power engineers hybrid systems that maximize clean solar consumption while drastically cutting costly diesel generator runtimes.
Grid-connected storage with automated tariff arbitrage.
Operates connected to the utility grid. Charges batteries with surplus solar during midday, discharges during expensive evening Time-of-Day peak hours, and provides seamless backup during grid blackouts.
Commercial tech parks, factories, and corporate campuses on high Time-of-Day tariffs.
Displaces peak grid power during high-cost evening tariff slots
Instantly transitions to island mode when utility grid trips
Exports excess daytime solar generation once batteries reach 100%
A high-performance hybrid microgrid depends on millisecond automated coordination across multiple generation assets.
Intelligent Asset Dispatch
Dynamic master controller balances solar generation, battery state of charge, and generator start triggers in real time.
Generator Protection Relay
Fast frequency droop controls prevent excess solar power from back-feeding into synchronous diesel generators.
Sub-20ms Static Switch
Solid-state automatic transfer switches (STS) switch between grid and microgrid mode with zero machinery interruption.
| System Configuration | Grid Connection | Battery Storage | Diesel Generator Role | Primary Economic Value |
|---|---|---|---|---|
| Standard Grid-Tied Solar | Required (Mandatory) | None | Independent standby only | Daytime electricity tariff savings |
| Grid-Interactive Hybrid | Connected (Primary) | LFP (1-4 hours) | Optional backup | ToD tariff arbitrage + blackout resilience |
| Solar + DG + BESS Hybrid | Optional / Unstable | LFP (2-6 hours) | Integrated secondary source | Massive diesel fuel cut & motor protection |
| Full Off-Grid Microgrid | None (Autonomous) | LFP (8-24 hours) | Emergency backup only | Complete energy autonomy at remote sites |
