Advanced Battery Energy Storage Solutions for a Reliable Future
Containerized lithium-ion battery installations designed for grid stability, peak shaving, and renewable integration.
Critical Storage Infrastructure
As renewable energy generators like solar and wind represent a larger share of the power network, battery storage is critical to balance output variations.
Battery Energy Storage Systems (BESS) capture excess energy during low consumption periods and discharge it back during peak demand hours. This stabilizes grid frequency, reduces reliance on coal generator backup, and maximizes clean energy utilization.
Benefits of BESS Integration
Improve Grid Stability
Balances voltage deviations, regulates power frequency, and prevents brownouts on weak lines.
Maximize Solar Yield
Stores excess day solar generation to use during night peak hours, preventing solar curtailment.
Peak Demand Shaving
Discharges batteries during peak tariff hours to reduce facility demand charges.
Power Reliability
Provides millisecond-level backup power for critical C&I facilities during grid outages.
Reduce Energy Bills
Enables arbitrage — charging batteries when tariffs are low and discharging when high.
Reduce Carbon Footprint
Decreases dependence on backup diesel generators and support fossil-free energy grids.
Complete BESS Engineering
System Engineering & Fire Protection
Designing BESS requires careful consideration of structural foundation, liquid cooling paths, and thermal runaways. We integrate high-reliability Battery Management Systems (BMS) with FM200/Novec gas suppression systems to ensure absolute safety.
- 🔋 Containerized lithium iron phosphate (LFP) systems
- 🔋 Integrated Energy Management System (EMS) controls
- 🔋 Fire suppression and thermal management design
125 MW / 500 MWh BESS Project — Mylatty, Kasaragod
We executed the critical civil engineering, foundation design, concrete pads, trenching, and earthing construction packages for a major 125 MW / 500 MWh BESS grid storage development in Kasaragod, Kerala.
Project Characteristics
Grid storage systems require high stability foundation bases. Heavy battery storage containers (weighing up to 30 tons each) require concrete bases constructed in compliance with rigid structural calculations.