Terms in Load Management category referencing ENA EREC G100
Standard or regulation
ENA EREC G100
ENA EREC G100 is the UK Engineering Recommendation for customer export and import limitation schemes used to control power flow at a grid connection point. In EV charging it is relevant to load management, constrained connections, V2G export control and maximum import limitation.
A
Active Load Management (ALM)
Active Load Management (ALM) is a load control approach that monitors available electrical capacity and actively adjusts EV charging demand in response to changing site conditions. It may use live measurements, control rules or backend commands to reduce, increase or redistribute charger output.
C
Configurable Current
Configurable current allows the maximum charging current to be set or limited during installation or configuration. It is normally assessed against site capacity, maximum demand, charger grouping and the behaviour expected when electrical demand changes.
D
Dynamic Load Management (DLM)
Dynamic load management adjusts charger output in real time based on measured site demand or available capacity. It is normally assessed against site capacity, maximum demand, charger grouping and the behaviour expected when electrical demand changes.
L
Load Balancing
Load balancing distributes available electrical capacity between chargers, circuits or site loads to avoid exceeding supply limits. It is normally assessed against site capacity, maximum demand, charger grouping and the behaviour expected when electrical demand changes.
Load Curtailment
Load curtailment reduces or temporarily limits charging demand to keep a site within an agreed electrical capacity or operating limit. It is normally assessed against site capacity, maximum demand, charger grouping and the behaviour expected when electrical demand changes.
Load Management
Load management controls EV charging demand in response to available electrical capacity, site load, user priority or grid constraints. It is normally assessed against site capacity, maximum demand, charger grouping and the behaviour expected when electrical demand changes.