Storing energy in batteries.
Like necessary part of sustainable and reliable energy system
Battery storage
Next Generation Battery Energy Storage System (BESS)
We use large-capacity battery storage systems – Battery Energy Storage System (BESS), used to stabilize transmission systems, accumulating surplus electricity from distribution systems and renewable energy sources, or as a reliable backup during grid outages.
We use our technology to manage solar parks and integrate them into an island system, local grid or cluster. By combining solar park technology with battery storage , we are able to store and use excess energy in a local energy cluster, or resell it later on the commodity exchange.
Basic Elements of Battery Energy Storage System (BESS)
Batteries
Lithium iron phosphate batteries (LiFePO4), multiple cells can be connected to the battery module
Inverter
DC/AC power inverters in 4Q mode, modular sizing for target applications
Transformer
Isolation from external influences from the mains, voltage level adjustment
Switchgear
Includes protective elements such as circuit breakers, protectors, fuses, metering, and busbars.
M&R Switchboard
measurement and control of battery storage
Control panel
Central system of the entire repository, adapting the repository to current requirements
Air Conditioning
maintains the optimum operating temperature of the battery compartment and thus increases its service life
Fire system
fully automatic fire extinguishing system with smoke lines and multi-sensor detectors
Energy Management System (EMS)
Energy Management System – a system for managing battery storage and other resources and appliances
For further details, please contact
Francisco Queiros
Group Chief Strategy Business Development Officer
+420 730 894 523
Main Advantages of Battery Storage (BESS)
Peak Shaving
Reduction of reserved power, covering short-term increased demand
Backup power source
battery storage to ensure operation in the event of a power failure
Increase in Power Capacity
Extend or boost power consumption without increasing grid connections.
Microgrid
local network used in places with insufficient power supply or in places with the need for continuous operation
Start from the dark
a third source of energy (for power plants) to ensure supply in case of failure of the main and backup power supply
Reactive energy compensation
battery storage regulating reactive current