Intelligent Battery Storage Management
Smarter Battery Use, Longer Lifespan, and Faster Return on Investment
Without Smart Control, Batteries Lose Performance and Value
Battery storage is a key component of every microgrid. It helps manage peak demand, store solar energy surpluses, or provide backup during outages. But to make it work over the long term and deliver real value, charging and discharging must be managed smartly – with respect to operational needs, battery life, and energy economics. It's also essential to time energy use right, to get the most value out of every stored kilowatt.
FLOWBOX EMOS Makes Your Battery an Active Part of Energy Management
Peak shaving and optimization of reserved capacity
FLOWBOX EMOS controls battery charge/discharge cycles to smooth demand peaks and reduce the need for high reserved grid capacity.
Backup mode for critical systems or the entire site
In case of a grid outage, the system automatically switches to backup mode based on predefined priorities.
Flexibility and grid service integration
The battery can serve as a flexible resource and participate in SVR schemes or energy trading, thanks to FLOWBOX control.
Data for dispatching and forecasting
The system delivers real-time and historical data on battery usage – supporting both daily operation and long-term planning.
Result: Smarter battery operation brings savings, stability, and lower emissions
FLOWBOX EMOS manages the battery based on technical limits, cycle count, market conditions, and the availability of your own solar generation. This helps maximize the use of clean energy, reduce your carbon footprint, and improve the return on investment. At the same time, the battery becomes an active tool for peak shaving, backup power, grid services, and cost optimization – not just a passive storage unit.
