karhu® is an energy storage system engineered to be used in applications of renewable energies and electric mobility
control
PROCESS THE SIGNALS MEASURED BY THE MONITORING CIRCUIT
EVALUATE BATTERY CHARGE STATUS
PROTECTS THE BATTERY’s lifespan
MANAGEs SECURITY ELEMENTS
monitoring and balance
VOLTAGE AND TEMPERATURE MEASUREMENTS
BALANCE OF BATTERIES in order TO USE THE MAXIMUM energy AVAILABLE
DATA TRANSMISSION THROUGH COMMUNICATION MODULES TO FACILITATE THE CONNECTION
control
PROCESS THE SIGNALS MEASURED BY THE MONITORING CIRCUIT
EVALUATE BATTERY CHARGE STATUS
PROTECTS THE BATTERY’s lifespan
MANAGEs SECURITY ELEMENTS
monitoring and balance
VOLTAGE AND TEMPERATURE MEASUREMENTS
BALANCE OF BATTERIES in order TO USE THE MAXIMUM energy AVAILABLE
DATA TRANSMISSION THROUGH COMMUNICATION MODULES TO FACILITATE THE CONNECTION
Batteries
high power and high-performance ION LITHIUM BATTERy bank. the CONFIGURATION IS MODULAR enabling SCALAble POWER
BMS
Battery Management System (BMS) PROTECTS the battery ACCORDING TO VOLTAGE, CURRENT AND TEMPERATURE MEASUREMENTS. IT CONSISTS OF THE CONTROL CARD AND THE MONITORING CIRCUIT
CHARGER
THE BIDIRECTIONAL CHARGER ALLOWS to store ENERGY FROM THE ELECTRICAL NETWORK and TO ALSO INJECT THIS ENERGY TO THE NETWORK ACCORDING TO THE required NEEDS
Batteries
high power and high-performance ION LITHIUM BATTERy bank. the CONFIGURATION IS MODULAR enabling SCALAble POWER
BMS
Battery Management System (BMS) PROTECTS BATTERIES ACCORDING TO VOLTAGE, CURRENT AND TEMPERATURE MEASUREMENTS. IT CONSISTS OF THE CONTROL CARD AND THE MONITORING CIRCUIT
CHARGER
THE BIDIRECTIONAL CHARGER ALLOWS to store ENERGY FROM THE ELECTRICAL NETWORK and TO ALSO INJECT THIS ENERGY TO THE NETWORK ACCORDING TO THE required NEEDS
The advancement of new technologies in lithium batteries has permitted the development of a new generation of energy storage devices that manage energy more efficiently, improving the power supply quality at a lower cost and with a longer life