RVE - DCC EV CHARGING SYSTEM:

DCC - 09 $1169.00

CC-9, manufactured by Thermolec, is an EV Energy Management System specifically designed to allow the connection of a charger to the main feeder of the panel without affecting the load calculation.

Ideal for the installation of chargers in multi-residential buildings, such as apartments or condominiums.

Exterior installations will require DCC-9-3R.

How it works:

DCC-9 allows the connection of any EV charger to a fully loaded panel by managing the energy available at any given time.

• DCC does a real-time reading of the total power consumption of a home or condo electrical panel.
• It detects when the total power consumption of the main circuit breaker exceeds 80% and temporarily de-energizes the charger.
• When DCC detects that the total power consumption of the electrical panel is less than 80% for more than 15 minutes it automatically re-energizes the charger.

DCC will only allow power to be delivered to the EV charger if the total demand of the panel is below its full capacity. Gen-3 of the DCC-9 can receive and transmit load shedding instructions from an external energy management system via a dry contact input and output.

• DCC SYSTEM allows EV charging in multi-unit dwellings and give the property owner a way to charge EV's without tapping into the common energy supply. All electricity consumed is directly billed onto the private meter.
• DCC SYSTEM allows the connection of any EV charger to a fully loaded panel by managing the energy available at any given time.
• DCC SYSTEM does a real-time reading of the total power consumption of a home or condo electrical panel;
• DCC SYSTEM detects when the total power consumption of the main circuit breaker exceeds 80% and temporarily de-energizes the charger.
• DCC SYSTEM detects that the total power consumption of the electrical panel is less than 80% for more than 15 minutes it automatically re-energizes the charger.
• DCC SYSTEM will only allow power to be delivered to the EV charger if the total demand of the panel is below its full capacity. Gen-3 of the DCC-9 has the ability to receive and transmit load shedding instructions from an external energy management system via a dry contact input and output.