Reduce Power Demand Charges
Charge during off-peak hours, discharge during peak hours
Store surplus solar power and ensure continuous operation even when the grid goes down.
Prevent power flicker and reduce production losses.
A cost-effective alternative to generators
Reduce Charging Costs, Increase Revenue
GG Industries (GGI) provides a BESS peak-shaving solution that charges during off-peak hours or from excess PV energy, discharges during peak hours, and balances load during normal operation.
The Energy Management System (EMS) — developed and operated by GGI — intelligently forecasts and allocates power based on the production schedule. This reduces transformer stress, prevents power flicker, protects equipment, and creates headroom for new loads such as EV chargers.
The solution optimizes electricity bills according to time-of-use pricing and ensures stable system operation
GG Industries’ BESS load-shifting solution seamlessly shifts energy consumption from peak to off-peak periods.The battery charges during off-peak hours or from excess PV generation and discharges during normal or peak hours as scheduled, managed by the GGI-developed Energy Management System (EMS).This solution is ideal for loads that cannot be easily rescheduled, helping to flatten load profiles, reduce transformer stress, and prevent voltage flicker.
When combined with PV–BESS integration, it enables maximum utilization of surplus solar energy, cost optimization, and enhanced operational stability.
GG Industries (GGI) optimizes solar energy performance through Battery Energy Storage Systems (BESS), transforming PV generation into a flexible and stable power source.The system charges when solar energy is abundant and discharges when generation drops, smoothing fluctuations, minimizing curtailment, and increasing self-consumption rates.
The GGI-developed Energy Management System (EMS) forecasts solar irradiance, manages State of Charge (SoC), and coordinates inverter operation across off-peak, normal, and peak hours to optimize both cost and efficiency.
As a result, loads operate more smoothly, voltage shocks are reduced, and equipment is protected, ensuring backup power for critical processes — an ideal solution for EV chargers, pumps, and compressors.
GG Industries’ BESS enhances power quality for factories through fast response and intelligent control capabilities.
The system coordinates PCS and EMS to compensate reactive power (Q), adjust the power factor, maintain voltage stability, and reduce flicker under fluctuating loads.
During voltage sags or surges, the BESS instantly discharges or charges to smooth power fluctuations, reduce inrush current, and prevent synchronization loss of PLCs, inverters, and robotic systems.
The inverter can also mitigate harmonic distortion within permissible limits, helping extend equipment lifespan, ensure smoother operation, and maintain compliance with internal power quality standards.
GG Industries’ BESS serves as a “next-generation generator” for factories and buildings — storing energy ready to power critical loads during grid outages. With fast PCS/EMS control, the system enables smooth, near-seamless switching, maintaining production continuity while protecting data and sensitive equipment. BESS supports islanding operation, black start capability, and load prioritization based on criticality levels, and automatically recharges once the grid stabilizes.
When integrated with PV + BESS, it extends backup duration, reduces dependence on diesel generators, and eliminates noise.The modular architecture ensures multi-layer safety, scalability, and adaptability to real operational needs.
GG Industries’ BESS enhances EV charging station operations by making them more stable, cost-efficient, and scalable.The system charges batteries during off-peak hours or when excess solar power is available, then discharges to support multiple vehicles charging simultaneously — flattening the load curve and reducing stress on transformers, cables, and ACB/MCCB components.The GGI-developed Energy Management System (EMS) forecasts traffic flow, weather conditions, and electricity price schedules to intelligently allocate power. It also compensates reactive power, maintains power factor, and mitigates flicker, protecting both charging equipment and electric vehicles.
Additionally, the BESS creates headroom for installing new fast DC chargers without requiring infrastructure upgrades.
Impactful Projects