How much is a workplace charging bay on Teesside?

From about £1,500 per socket for a wall-mounted 7kW unit with a short cable route, rising to £3,000 to £5,500 per twin-socket 22kW post once groundworks, bollards and management software are included.

Can we get a grant for workplace charge points?

The Workplace Charging Scheme contributes £350 per socket for eligible organisations with dedicated off-street parking, claimed through an authorised installer. Caps apply per applicant, so confirm the current limits at the quotation stage.

Will we need a bigger electricity supply?

Often not. Dynamic load management shares the building's spare capacity across the bays and throttles charging when the site is busy, which avoids a network reinforcement in most cases.

How do we charge staff or customers for the electricity?

RFID cards or an app whitelist for staff-only sites, with per-user reporting. Contactless or app payment with per-kilowatt-hour pricing for public bays. Ask for a system using the open OCPP protocol so the back office can be changed later.

How long does a car park installation take?

Once design and any network approval are settled, a small installation of two to four bays is typically a few days on site. Larger schemes with substantial trenching or a supply upgrade take longer, and the network operator timescale is the usual critical path.

Are rapid DC chargers worth installing?

Only where vehicles turn over quickly and the energy can be sold at a margin. For staff and fleet parking with long dwell times, more 7kW sockets beat fewer fast ones every time, and cost far less to install.

Commercial and workplace EV charging in Teesside

Workplace charging on Teesside starts around £1,500 per socket for a wall-mounted 7kW bay and runs to £3,000 to £5,500 for a 22kW twin-socket post with back-office software. The Workplace Charging Scheme still contributes £350 per socket for eligible businesses, and load management usually removes the need for a supply upgrade.

Get Quote From £1,500 per socket

Three different jobs wearing the same name

Commercial charging enquiries on Teesside split into three types, and they need different engineering. Staff parking is about volume at low speed: a lot of cars sitting still for eight hours, best served by modest 7kW sockets and a queue-free bay count. Fleet depots are about certainty: every van has to be full by six in the morning, so the design starts with the total kilowatt-hours needed overnight and works backwards. Customer parking, whether that is a retail unit at Teesside Park, a hotel or a pub with a car park, is about dwell time and payment: faster units, clear pricing on screen, and a system that takes contactless without anyone from the business getting involved.

Getting the type right first is what stops money being wasted. A restaurant that installs slow bays disappoints diners who stay ninety minutes; a factory that installs rapid units for a shift-long dwell time has bought speed it will never use.

What it costs

A single wall-mounted 7kW commercial socket, on a building with capacity to spare, starts around £1,500 installed. Twin-socket 22kW pedestals with a management platform behind them run £3,000 to £5,500 per post once groundworks, bollards, bay marking and cabling are counted. DC rapid charging is a different order of expense entirely, into the tens of thousands per unit before any supply reinforcement, and only stacks up where turnover of vehicles is high enough to sell the energy on.

Two costs sit outside the units themselves. Groundworks dominate any car park install, because trenching, ducting and reinstatement across tarmac add up quickly, which is why running one deeper trench with spare ducts for future bays is nearly always cheaper than digging twice. And capacity is the wildcard: if the site's existing supply cannot take the load, a network upgrade is a separate quotation with its own timescale.

Load management instead of a bigger supply

The single most useful thing a good design does is avoid a supply upgrade. Dynamic load management measures what the building is actually drawing and shares whatever headroom is left across the charging bays, throttling them when the presses, ovens or air conditioning are working hard and opening them up overnight when the building is asleep. For a depot where vans have twelve hours on site, that is invisible. For an industrial unit on Preston Farm or Skippers Lane with a tight main fuse, it is the difference between a project that happens and one that stalls at the network application stage.

Grants, tax and getting money back

The Workplace Charging Scheme remains open to businesses, charities and public sector organisations, contributing £350 per socket up to a capped number of sockets per applicant, claimed through an authorised installer against dedicated off-street parking. Separate support exists for small accommodation businesses and for landlords fitting charge points at rented residential property. On top of that, charge points are generally eligible for capital allowances in the year of purchase, and workplace charging of employees' own cars is not treated as a taxable benefit where it is available to staff generally. None of that is a substitute for advice from your accountant, but it does change the payback sums enough to be worth checking before you scope the project.

Payment, access control and reporting

Decide early who is allowed to charge and who pays. Staff-only sites usually run on RFID cards or an app whitelist, with usage reported per employee for payroll or fleet accounting. Public-facing sites need transparent per-kilowatt-hour pricing and card payment or a widely used roaming app, and larger public installations fall under the public charge point regulations covering pricing display, payment methods and reliability. Open protocols matter here: a system speaking OCPP can be moved to a different back office later, while a closed one ties the site to whoever installed it.

How a commercial project runs

Site survey: incoming supply, main fuse rating, existing demand, distribution board positions, parking layout and cable routes.
Design: socket count, power per bay, load management strategy, spare duct provision for phase two.
Applications: network operator approval where required, plus the grant claim if eligible.
Installation: groundworks, containment, units, bollards, signage and bay markings.
Commissioning and handover: testing, certification, back-office configuration, staff briefing and a maintenance arrangement.

Businesses running a mixed site often pair car park bays with home installations for directors and home-based staff, and yards with south-facing roofs should look at solar-linked charging before finalising the design. Get a competitive quote for workplace charging at your Teesside site using the form.