● Largest BESS to date
30 MWh
Kutch hybrid, 4-hour duration.
● 03 — Storage Integration
Hybrid plants that dispatch like a peaker — and price like solar.
● Solar + storage EPC
DC and AC coupled BESS, integrated with solar. EMS-controlled dispatch for arbitrage, peak shaving, frequency response and capacity firming.
We design hybrid solar plants as one asset, not two stapled together. DC-coupled architectures share inverters and interconnection capacity; AC-coupled designs preserve dispatch independence. Our EMS layer optimizes dispatch for peak shaving, grid services and open-access revenue in the Indian market.
● Revenue uplift
1.4×
Median vs solar-only on same interconnect.
● EMS response
< 150 ms
For frequency containment reserve participation.
◆ Scope of work
What the GALILEO team owns end-to-end on every storage integration engagement.
- 01Topology designDC vs AC coupling decision based on PCS sizing, interconnection limits and dispatch strategy.
- 02Battery procurementLFP cells from Tier-1 vendors, integrated by us at the container level — not white-labelled.
- 03Power conversionBidirectional PCS, MV step-up, harmonic filtering and grid-forming inverter selection.
- 04EMS & grid integrationIn-house EMS handles peak shaving, time-of-day arbitrage and DISCOM/GETCO compliance with full audit trails.
- 05Safety & codeCEA / IEC 62933 compliance, deflagration venting, gas detection and emergency response plans.
One PPA, one substation, two revenue streams. The EMS picks the most valuable one every five minutes.
● Deliverables
What we hand over at
COD.
- ✓Hybrid PVsyst + battery cycle model (P50/P90)
- ✓EMS dispatch strategy doc and market-participation playbook
- ✓Augmentation schedule modeled to contract end-of-life capacity
- ✓Battery management system (BMS) integration & cybersecurity review
- ✓Performance guarantees on round-trip efficiency and availability
● Reference projects4 of 38
- Kutch Hybrid PlantGujarat, IN85 MWp + 30 MWh
- Jaisalmer BESSRajasthan, IN50 MWh
- Ahmedabad Peak-ShaveGujarat, IN20 MWh
- Gandhinagar MicrogridGujarat, IN18 MWp + 22 MWh