This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.
OPTIONAL HARDWARE
DYNAMIC LOAD BALANCER
The Dynamic Load Balancer is the ultimate device for load balancing in all industrial buildings, also in locations where energy is produced (using PV).
The device measures the energy flow and provides continuous information on the energy consumption or production of the installation.
This plug-on solution allows for efficient smart charging in combination with compatible chargers, resulting in the perfect solution to optimize the use of your own green energy for your vehicle. The ultimate green e-Mobility!
Product brief
Easy to install on every grid installation on DIN rail & plug-on coils
Real time bi-directional energy flow detection allowing for optimal energy monitoring
Obtain ultimate green e-mobility in combination with Enovates chargers
Minimize the grid usage to save on electricity costs
Typical installation & energy flow
During the day, the office energy consumption and production varies continuously, due to the activity, weather conditions, ….
The Enovates eDLB and EV chargers continuously optimises the energy flow, so that all vehicles are charged using the maximum available energy.
This whilst keeping the grid installation into account, preserving reliable power availability. The outcome is a maximum of vehicle charging with minimal grid usage, resulting in a lower electricity bill!
Product description & standard applications
The eDLB device continuously measures the voltage and current of an office/industrial installation and provides this information to the Enovates Chargers (via the Chargers Cluster Master). As a result, the charger cluster can take the actual load of the building into account and balance the EV charging power of all chargers accordingly protecting the overall grid connection.
This results in a well balanced installation, never overloading the grid connection and hence avoiding the circuit breaker to interrupt the power supply. Additionally, the installation can be configured as such that the EV chargers mainly use the energy provided by the PV installation, maximizing the self-consumption of self-generated green energy, contribution to a zero-emission fleet (and reducing the energy bill).
The device can be added to any existing grid connection without interruption of the energy connection by means of easy-to install Rogowski coils. The eDLB communicates to the EV chargers by means of ethernet connection, allowing for a flexible installation in all environments.
