Battery Energy Storage Systems, Powering Flexibility

To maximise ROI, BESS must combine multiple revenue streams, including frequency response, reserve capacity, peak shaving, and arbitrage. However, stacking revenues requires accurate market modelling, degradation-aware dispatch strategies, and compliance with local grid requirements. Greensolver simulates market dynamics and battery constraints to design realistic, optimised revenue-stacking strategies tailored to your asset configuration and local energy market.

Battery sizing directly impacts project profitability. Oversizing increases CAPEX, undersizing limits revenues, and degradation accelerates if cycling patterns are misaligned with real operations. Greensolver runs advanced forecasting models to help optimise BESS sites. We integrate degradation curves, SoC, SoH and cycling profiles to predict usable capacity over time and help ensure long-term project performance.

BESS procurement is highly complex: technologies vary across OEMs, degradation and safety assumptions are often unclear, and long-term performance depends on chemistry, architecture, HVAC, fire-protection systems and augmentation plans. Greensolver supports owners by benchmarking proposals from multiple Tier-1 suppliers, reviewing technical specifications, safety design, degradation profiles, useful capacity, efficiency and lifecycle costs. We assess supplier track record, compliance with standards and compatibility with site conditions and revenue-stacking strategies. By reviewing EPC, LTSA, O&M and Supply Agreements, we secure warranties, LDs and liabilities, delivering a transparent, comparable and bankable procurement decision.

Battery safety is critical. Beyond ICPE or local storage regulations, BESS projects must manage thermal runaway risks, fire detection, isolation zones, ventilation, and emergency procedures. Greensolver ensures full regulatory compliance, defines inspection protocols, evaluates fire-risk and safety systems, and supports operators throughout the asset lifecycle to ensure safe, compliant BESS operations.

The Site Acceptance Test is a critical milestone to ensure a BESS enters commercial operation safely, reliably, and fully compliant with contractual requirements. SATs often reveal issues such as BMS/EMS/SCADA communication faults, inadequate response times for grid services (DC/DM/DR), incorrect SOC/SOH calibration, or safety-system inconsistencies — all of which can severely impact availability, performance and revenue. Leveraging our strong field experience, Greensolver conducts comprehensive SAT reviews covering communication, safety, performance, and OEM compliance. We identify root causes, produce corrective actions, and secure a robust commissioning process ahead of COD.

Storage performance goes far beyond nominal capacity; it’s defined by real-world operational behaviour and application. True performance emerges from efficient cycle execution, responsive EMS control, reliable application of the PCS, effective thermal regulation and effective thermal management. Greensolver tracks these parameters to identify performance gaps, verify operational accuracy, and deliver oversight that maximises availability and value, while extending the lifetime of battery assets.