The chargepoint is embedded into the ground and is flat and flush with the pavement/footpath surface.
A ‘lance’ is used to access charging and can be provided with either a type 2 (standard) or type 1 (older EVs) charging cable. The user inserts the lance into the chargepoint and the cable into their vehicle which begins a charging session.
The maximum charging rate is 22kw, however the actual charging rate will depend upon a number of factors, most notably your vehicles maximum charging rate.
The Trojan Energy chargepoint is installed flat and flush to the pavement, meaning it is embedded into the ground. Therefore no additional street furniture is required. The chargepoint is only noticeable when a charging session is in operation.
The Trojan Energy chargepoints operate at a capacity of 7.4kw (max) on a single phase and 22.1kw (max) on a three phase connection. The amount of time it will take to charge your vehicle will depend upon the model. The table opposite gives some information on this.
The Trojan Energy chargepoint has been designed with multiple layers of protection in order to protect live components from the natural elements. Any substances which find their way into the chargepoint structure, are diverted into a chamber where they are disposed of.
There is currently a charge of £200 for the lance. £100 is the deposit which is returned if the user no longer requires access to the Trojan Energy charging technology. The remaining £100 is given in charging credits.
The lance is mostly made from a strong aluminium cylinder, with a plastic moulding design for the handle. It is a solid structure which has passed various impact tests, so we believe it to be strong enough to withstand any rare cases of casual vandalism.
Trojan Energy do not encourage the use of dedicated electric vehicle charging bays, and as the use of these vehicles increases, there will be less of a need for this. We do offer DE-ICER technology through our App which notifies users when a chargepoint location has become available.
Trojan Energy chargepoints are compatible with Type 1 or Type 2 connectors. Most new electric vehicles come with Type 2 connectors as standard for AC charging. To learn more about the different connectors available, visit Zap-Map's charging guide.
We can install up to 15 chargepoints in a Trojan HUB, all of which have an individual connection back to the Trojan Feeder Cabinet which is usually located at the gable end of a street or a neutral location.
A Trojan Aon chargepoint is powered by the owner's own domestic electricity supply.
The electricity network operators understand the constraint points within their local systems. We are close working partners and actively work together to explore areas of improvement such as load reduction during periods of peak demand, in order to have the most reliable operation for all users.
The charging cable and lance locks in place when you start your charging session. The only way for them to be removed is by unlocking your car.
The chargepoints are flat & flush, meaning they do not stick up from ground level, and are embedded into the pavement in order to blend into the current infrastructure.
Trojan Energy charging hardware is not bright enough to illuminate beyond street lighting, and therefore does not generate light pollution. The lighting within our equipment is there to inform the status of a charging session.
Trojan Energy will always install chargepoints as close as possible to the pavement edge. 400mm is generally the minimum standard for installation from the kerbside edge, this is all governed by local authorities so there may be some variation.
We have designed the charge points to withstand the rigours of life in the street. The chargepoint is engineered to meet the same standards as manhole covers. This means that cars, vans and even trucks can drive over the charger without damaging it.
While the chargepoint is in use, the lance will typically be protected by presence of the EV itself.
Trojan Energy have engaged with organisations such as Innovate UK and Disability UK in order to create the best product, which is fully accessible and easy to use for all users.
Driving range for electric cars varies between models, and also depends on whether you choose a fully electric vehicle or a plug-in hybrid. Most cars have an advertised range of around 100 miles, and some are over 300 miles. For more information about electric vehicle ranges please see here.
Rapid chargers are not included in the Trojan trial. There are rapid chargers nearby where you can charge a car to 80% in around 20 minutes depending on the model. For information on local chargers please visit Zap Map and apply filters.
Not all vehicles can use a rapid charger - so check your car’s compatibility before planning your journey.
There are electric car chargers all across the UK and you can even use a journey planner to help you plan a long journey via charge points on the way. There are a number of these available so it worth having a look to see which one you like best:
If you have a driveway or other off-road parking you can get a home charger from many different companies. You can also get help from the government towards the cost. See information on this grant on the Government's website.
The STEP trial is helping to make this possible! When the trial is finished, Trojan Energy will begin installing many more chargers on streets around London.
If you are thinking about getting an electric car in the future and would like to suggest your street for a charger once the trial is complete, you can let us know by getting in touch or request an install.