Retrofleet
Welcome to the RETROFLEET FAQ page! Here you'll find answers to the most frequently asked questions about our vehicle conversion solutions, our technology, and the benefits of our services. If you can't find the answer to your question, please don't hesitate to contact us.
An electric retrofit involves converting a combustion engine vehicle into an electric vehicle by replacing the engine and associated components with an electric drivetrain. This extends the vehicle's lifespan while reducing its environmental impact.
We convert various vehicle types, including buses, coaches, light commercial vehicles, and some vehicles over 3,5 tonnes. Each conversion is tailored to the vehicle's specific requirements and our client's needs.
Converting a vehicle takes an average of 3 to 4 weeks, depending on the complexity of the model and component availability. We optimize each step to ensure a rapid return to service.
Our conversion kits include high-performance electric motors, Lithium Iron Phosphate (LFP) batteries for optimal range, and advanced electronic management systems to monitor the vehicle in real time.
Yes, LFP batteries are 95% recyclable, which significantly reduces their environmental impact. We work with specialized partners to recycle our batteries.
Our telemetry systems enable real-time vehicle monitoring. This includes range management, charging parameter monitoring, and remote diagnostics to anticipate breakdowns.
Yes, every vehicle converted by RETROFLEET undergoes a four-step certification process that meets electric vehicle safety and performance standards. This ensures compliance with current regulations.
IVECO Crossway and Mercedes Intouro models, among others, are approved or in the process of being approved for fleet use. Each model undergoes rigorous testing to ensure safety and efficiency.
By converting your fleet to RETROFLEET, you benefit from reduced maintenance costs, lower cost per mile thanks to electricity, and a lower total cost of ownership (TCO).
Our conversions reduce CO2 emissions by up to 87% compared to combustion-engine vehicles. By extending the lifecycle of existing vehicles, we also reduce the environmental impact of manufacturing new vehicles.
We offer 22 kW alternating current (AC) charging stations for slower charging needs, as well as 120 kW direct current (DC) stations for fast charging. Our solutions are tailored to the specific needs of each storage site.
Installation costs vary depending on charging power and site specifics. On average, installing an AC charging station costs around €3, while a DC charging station can cost over €000.
Yes, with our MONAtoring solution, we provide real-time monitoring of charging stations, guaranteeing their availability and facilitating maintenance interventions.
We work with companies like Keolis and Transdev, who use our conversion and charging solutions to reduce their carbon footprint while optimizing their fleet operating costs.
Yes, for example, we installed 14 charging stations for Keolis in Saint-Étienne and converted several vehicles for Transdev, enabling a significant reduction in CO2 emissions and savings on operating costs.
You can contact us via our online form or call us directly to discuss your needs. We will provide you with a personalized quote based on the specifics of your fleet.
Yes, we provide ongoing monitoring and maintenance for our customers, with response time and recovery guarantees for optimal service continuity.
With our real-time telemetry solution, you can track the health of your vehicles, including range, charge cycles, and remote diagnostics, directly from our platform.
We hope this FAQ answers your questions! For any additional information, please do not hesitate to contact us. contact usWe are at your disposal to support you in your transition towards more sustainable mobility.