Battery Energy Storage
Utility-grade Battery Energy Storage Systems from C&I cabinets to grid-scale container installations. Integrates Li-Ion and LFP chemistries with factory-integrated BMS, PCS, and EMS for peak shaving, frequency response, and renewable firming.
Fully integrated with the OpSys Energy Optimization, SCADA, and AI Analytics modules, our BESS solutions deliver intelligent, autonomous dispatch — maximising revenue, extending battery life, and ensuring grid code compliance from day one of operation.
Use Cases
Renewable Firming
Smooth intermittent solar and wind generation to deliver firm, dispatchable power to the grid.
Peak Shaving
Reduce demand charges by discharging during peak tariff windows for C&I and industrial facilities.
Frequency Regulation
Sub-second response for primary frequency control and synthetic inertia services.
Microgrid & Islanding
Provide backup power and black-start capability for critical infrastructure and remote microgrids.
Key Capabilities
Multi-Chemistry Support
Supports Li-Ion NMC, LFP (LiFePO₄), and sodium-ion chemistries. LFP preferred for long-duration, high-cycle applications; NMC for high-energy-density C&I deployments.
Integrated BMS & PCS
Factory-integrated Battery Management System and Power Conversion System. Cell-level monitoring, active balancing, SOC/SOH estimation, and thermal management in a single enclosure.
Revenue Optimisation
AI-driven dispatch for peak shaving, frequency regulation, spinning reserve, and energy arbitrage. Connects directly to OpSys Energy Optimization and PPA & Billing modules.
Safety & Fire Protection
IEC 62619 and UL 9540A certified. Integrated gas detection, aerosol fire suppression, and thermal runaway containment. Compliant with NFPA 855 and IEC 62933 grid-scale standards.
Lifecycle Analytics
Continuous SOH degradation modelling with calendar and cycle ageing algorithms. Predictive replacement scheduling reduces unexpected capacity fade and extends warranty periods.
Scalable Architecture
Modular rack-to-container architecture scales from 50 kWh C&I cabinets to 500 MWh grid-scale installations. Parallel string topology enables N+1 redundancy without derating.