Convert Diesel Campervan into Electric

Campervan Electric Conversion Specialists in Central Scotland

At Kamperzs, we are pioneers in the frontier of sustainable motorhome travel. Our specialty lies in the art of transforming diesel campervans into self-sufficient, electrically powered homes-on-wheels.

Recognising the pressing need for environmental stewardship, we commit ourselves to provide off-grid solutions that do not compromise the quintessential charm of campervan exploration.

Call now and convert your petrol or diesel campervan into electric. We are located in Alva, Clackmannanshire. We are easily accessed from anywhere in Central Scotland within 1 hour.

Trusted by Victron Energy

We are one of the few trusted Victron Energy suppliers in the whole of Scotland.

Central Scotland

Our campervan conversions specialists can be found in Alva, Central Scotland.

Conversion Specialists

Kamperzs can convert your van into a campervan as well as electrical installations.

Victron Power Design and Installation experts

At Kamperzs, we are proud to be recognised as Victron Power Design and Installation experts. Victron Energy is a global leader in smart energy systems for various markets, including the campervan industry. Our experienced team has been comprehensively trained in the design and installation of Victron’s advanced power solutions.

This expertise allows us to integrate reliable and efficient energy management systems into your electric campervan, further enhancing your off-grid capabilities. With our Victron expertise, you can rest assured that your converted electric campervan will provide you with the highest level of performance, comfort, and energy independence.

Let's take a look at the process

The process of converting a petrol or diesel campervan into an electric vehicle involves several key steps. It requires an in-depth understanding of both the original vehicle’s engineering and the specific electrical systems being installed, making it a task best left to professionals. Here’s a broad overview of how the process works:

Removal of the Internal Combustion Engine: The first step is to remove the petrol or diesel engine, along with related systems such as the exhaust, fuel tank, and radiator. This leaves a space under the hood for the new electric motor and its associated components.
Installation of the Electric Motor: An electric motor is then installed in the campervan. This is often coupled directly to the existing transmission (if the vehicle has one), allowing the motor to drive the wheels. The type and size of motor needed will depend on the weight of the vehicle and the desired performance.
Battery Installation: The most important part of an electric vehicle is the battery pack, which provides the power needed to drive the motor. These battery packs are often installed where the fuel tank used to be, or they may be spread out in different areas to better distribute the weight.
Installation of the Controller: The controller is a crucial component that regulates the power flow between the battery and the motor. It interprets input from the accelerator pedal and adjusts the motor’s output accordingly.
Integration of the Charging System: An onboard charger is installed to allow the batteries to be recharged from the electrical grid. This typically plugs into a standard electric car charging station or a regular domestic power outlet.
Installation of an Energy Management System: An energy management system, such as those produced by Victron Energy, can be installed to manage the power for other electrical systems in the campervan, such as lights, heating, and appliances. This can be powered by the main vehicle batteries, but often a separate “house” battery is installed, which can be charged by the vehicle, solar panels, or plugged into the grid.
Final Adjustments and Testing: Once all components are installed, the system is thoroughly tested and adjusted. This includes ensuring that all systems are communicating correctly, that the motor is providing the right amount of power, and that the batteries are charging and discharging as expected.

By converting a diesel or petrol campervan into an electric one, you not only reduce your carbon footprint but also the vehicle’s maintenance needs, as electric vehicles typically have fewer moving parts and require less upkeep.