Electric11 completed an EV charger installation in Attleborough for a vehicle workshop that needed convenient, dependable charging on site. The project combined a wall-mounted FastAmps charger with an assessment of the existing electrical installation, an Electrical Installation Condition Report (EICR) and PAT testing for 60 portable items.
Project Overview
| Project detail | Information |
| Service | Workplace EV charger installation |
| Location | Attleborough, Norfolk |
| Property | Vehicle workshop |
| Charger | FastAmps wall-mounted EV charger |
| Additional work | EICR and PAT testing for 60 portable items |
| Installation provision | Up to 15 metres of cabling, with surge protection and a Type A RCBO where required |
Planning Workplace EV Charging
The workshop’s three-phase distribution board already served equipment including vehicle lifts, compressors, lighting and socket circuits. Before adding another significant electrical load, the team reviewed the existing supply, distribution equipment and proposed cable route.
This assessment helped establish a suitable connection point and a practical position for the charger. Mounting the unit on the exterior brick wall gave drivers easy access while keeping the charging cable clear of the working areas inside.
Businesses considering a similar project can learn more about EV charger installation in Attleborough, including workplace charging options and the typical installation process.
Installing the FastAmps EV Charger
Electric11 installed the tethered FastAmps unit on an exterior wall beside the workshop. The installation specification allowed for up to 15 metres of cabling between the supply and charger position, together with surge protection and a Type A RCBO where required by the final circuit design.
Once connected, the charger was set up for everyday use and the FastAmps app information was provided for charge monitoring and control. The result was a tidy, accessible charging point suited to a busy commercial setting.
Dedicated Circuit Protection and Cabling
An EV charger is a sustained electrical load, so the circuit design and protective devices are as important as the charger itself. Electric11 assessed the existing distribution equipment, circuit capacity and cable route before completing the connection.
The project provision included:
Up to 15 metres of suitable cabling
A dedicated connection from the workshop electrical installation
Surge protection where required
Type A RCBO protection where required
Electrical testing and commissioning
This approach helps ensure that the charger circuit is correctly protected and suitable for dependable workplace use.