Load Shedders
If you want to optimise your energy consumption, the electrical load shedder is a device you should know about.…
Why use an electrical load shedder?
There are several advantages to having an electrical load shedder : reducing energy costs by not exceeding the subscribed power (which can lead to penalties or the need to take out a higher subscription), protecting your installation against network overloads by unloading certain circuits (which can indirectly protect appliances), and intelligent management of appliances by cutting off power to non-priority circuits.
At One-Elec, your electrical equipment supplier, we offer Schneider 1-, 2- and 4-way load shedders to suit different needs. Explore our catalogue to find the switch that's right for you!
How does an electrical load shedder work?
The load-shedding device uses a measuring probe (or toroid) installed directly on the main supply circuit, at the output of the connection circuit-breaker. When the load-shedding device detects a sudden increase in consumption, it automatically cuts off power to non-priority circuits. Once consumption returns to normal, it restores power to these circuits. This management system ensures that essential appliances continue to operate optimally, while avoiding overloads.
How do I connect an electrical load shedder?
There are several ways ofconnecting a load shedder, but it is advisable to call in a professional to ensure correct and safe installation:
- Branch circuit-breaker outlet: install the circuit-breaker directly at the outlet of the main circuit-breaker.
- Connection to Linky meter: if you have a Linky meter, you can connect the load shedder directly to it.
- Tore system: for electromechanical meters, use a measuring probe to monitor and manage current demand. Installing this device requires a certain amount of expertise and may require the intervention of a professional.