Challenge
Rising electricity prices
Industrial companies face rising energy prices and constantly changing market conditions. Without intelligent energy management, they are often forced to purchase electricity at unfavorable prices, leading to unnecessary financial losses. Key challenges include:
- Electricity price fluctuations on the spot market – without proper timing, companies overpay for energy.
- Inefficient use of renewables – surplus from PV or wind is often not effectively stored.
- Limited consumption optimization – without smart control, companies cannot flexibly respond to energy needs.
Solution
Smart EMS platform for Battery energy storage system
Our EMS platform addresses these challenges by enabling automated control, advanced analytics, and predictive electricity consumption optimization.
Battery energy storage systems (BESS) are becoming a key component of modern energy management. They enable electricity consumption optimization, cost savings, and active trading on the spot market.
To ensure BESS runs at maximum efficiency, intelligent control is essential – enabling real-time response to price changes, consumption prediction, and automated battery charging and discharging.
To ensure BESS runs at maximum efficiency, intelligent control is essential – enabling real-time response to price changes, consumption prediction, and automated battery charging and discharging.
Our EMS platform (Energy Management System) provides a complete solution for BESS monitoring, automation, and optimization – allowing industrial companies to actively manage their energy strategy and minimize operating costs.
Charging and discharging control
The system monitors current electricity prices on the spot market and automatically decides when it is optimal to charge the battery or feed energy into the grid.
Predictive analysis of consumption, production, and prices
Based on historical data and current trends, the platform identifies the ideal energy usage strategy, helping to minimize costs.
Integration with renewable sources
BESS can efficiently store surplus energy from photovoltaic or wind power plants and discharge it during periods of higher demand.
Remote management and reporting
Users gain full insight into EMS via a clear dashboard that shows current storage status, forecasts, and achieved savings.
Conclusion
Smarter energy management through connected systems
Thanks to EMS integration, industrial companies can actively influence their electricity costs, leverage the spot market to their advantage, and minimize losses associated with inefficient energy handling. Smart battery storage thus becomes an essential part of modern energy management.
