Which Easee chargers can share a circuit?
Check model compatibility and charger limits for one circuit.
Check which chargers can be used together
Easee chargers belong to one of two product groups: SDU or MDU. Chargers within the same product group can share a circuit; SDU and MDU chargers cannot be combined on the same circuit.
Find your charger models below to see which group they belong to and the documented maximum for one circuit.
- Charge Up
- Charge Max
- Easee Home
- Easee Lite
- Easee One*
Maximum on one circuit
3 chargers in total
The total includes the Primary charger.
- Charge Core
- Charge Pro
- Easee Charge
Maximum on one circuit
101 chargers in total
The total includes the Primary charger.
SDU and MDU chargers cannot be combined on the same circuit.
* Easee One is market-specific. Check the conditions for your market and product variant with your installer.
Not sure which model you have? Check the installation documentation, or ask your installer or the responsible site administrator to confirm the model.
Adding, replacing or moving a charger?
Ask an authorised installer to check the proposed configuration before making changes. Use the planning guide to prepare.
Plan an Easee installationTechnical background
You do not need these terms to compare the models. Open them if you want to understand how the rule is applied.
Product groups and Site Type
Charger models belong to the SDU or MDU product group. Product Group determines the compatibility rule shown above.
Site Type describes how a site is organised in Easee. Changing Site Type does not move a charger into another Product Group and therefore does not make SDU and MDU chargers compatible. An Equalizer does not bridge the compatibility groups.
Primary and Secondary chargers
One charger acts as the Primary charger for the circuit. The other chargers on that circuit are Secondary chargers.
The maximum of 3 or 101 chargers includes the Primary charger.
Easee Link
Easee Link allows compatible chargers on the same circuit to coordinate charging and share the available power locally.