POD point Ev charger install Saga
Hi all, looking for some advice from people familiar with EV charger installations/DNO requirements.
I’m having a Pod Point EV charger installed at my house and have had a bit of a saga getting to this point.
Following the initial Pod Point survey, it was identified that my electricity supply was looped with my neighbour. This was raised with my DNO, SSEN, and I was told the supply would need to be unlooped before the EV charger could be installed.
I’ve spent the last few months waiting for this to happen, and SSEN finally completed the unlooping last week.
I therefore expected that, once the unlooping was complete, Pod Point would be able to proceed with the charger installation based on the original survey/installation plan.
However, Pod Point have now reassessed the installation and the proposed connection has changed.
I have a 100A main supply fuse and a separate consumer unit in my detached garage. The garage is supplied from the house and is relatively close to where the charger would be installed.
Pod Point originally looked at connecting the charger from the garage consumer unit using CT clamp/load management. Following the latest discussions, however, they have now submitted an application to SSEN requesting approval to connect from the garage consumer unit without load management.
Pod Point have calculated the property’s maximum demand at 110A against the existing 100A main fuse.
Their current proposal is:
SSEN to assess/approve the installation without load management.
If approved, the charger will be connected from the garage consumer unit.
The required Type A RCD is apparently already available, and Pod Point can order the required MCB.
Pod Point have confirmed they would waive the £200 non-standard installation charge if SSEN approves this arrangement.
If SSEN rejects the application, Pod Point are arranging another survey to look at an alternative route from the meter/main supply area.
That alternative route would potentially be subject to the £200 non-standard installation charge, plus any required groundwork.
I’m trying to understand whether this all sounds technically reasonable.
The bit I’m particularly interested in is the 110A calculated demand against a 100A main fuse. I understand that 110A is a calculated maximum demand and doesn’t necessarily mean the house will actually draw 110A continuously, but I’m unsure how SSEN will view that.
I’m also wondering whether the garage consumer unit route is actually a sensible solution, given that the garage is already supplied from the house, or whether connecting closer to the meter/main supply would be preferable.
Questions for anyone knowledgeable:
Is the proposed garage-board connection without load management reasonable?
Is SSEN likely to approve a calculated 110A maximum demand against a 100A main fuse?
Does the fact that the supply has now been unlooped change anything materially from an EV charger connection perspective?
If SSEN rejects the garage-board proposal, would connecting directly from the meter/main supply be a better approach?
Is there anything specific I should be asking Pod Point or SSEN before proceeding?
I’m not an electrician, so I’m mainly looking for some independent opinions before I end up another few months into this particular electrical installation soap opera.