

The benefits of the ecological transition: from diesel to electric fleet
The transition from diesel to electric represents a unique opportunity to improve the efficiency of your fleet and contribute to environmental sustainability. However, it requires careful planning, targeted investments and the involvement of the entire team. Here are some tips to ease this transition and improve the overall efficiency of your fleet.
7 strategies to improve fleet efficiency:
Analysis of operational needs and phasing in the transition to the electric fleet
Before making the leap to electric vehicles (EVs), it is essential to understand the operational needs of the fleet. Analysing average daily distance, usual routes and available charging points helps to select vehicles with adequate range and compatible infrastructure. For example, fleets operating in urban areas could benefit from electric vehicles with limited autonomy but agile and zero emissions. A gradual switch from diesel to electric allows for better cost and logistical adjustments. By starting pilot projects with a limited number of electric vehicles, it is possible to collect valuable data and identify potential bottlenecks, such as the need for drivers training or problems with the charging infrastructure.
Optimisation of charging infrastructure and renewable energy solutions
The availability and efficiency of charging points are crucial for an electric fleet. Investing in dedicated charging infrastructure, such as company stations or partnerships with energy suppliers, ensures smoother operations. Some useful tips can be setting up charging points according to the location of the vehicles during idle hours and monitoring energy use to keep costs down. To maximise the environmental benefits of electric vehicles, consider powering charging stations with energy from renewable sources, such as solar panels or wind power plants. This not only further reduces environmental impact but can also lower long-term operating costs. In addition, the installation of energy storage systems can ensure a reserve of electricity during periods of higher demand.
Driver and staff training and route optimisation
Switching to electric vehicles does not only mean changing the vehicles: it is also necessary to train the staff who will use them. Drivers must be trained on how to optimise their driving to maximise battery autonomy. For example, techniques such as eco-driving (maintaining a constant speed, avoiding hard acceleration and using regenerative braking) can make a big difference in terms of energy consumption. In addition, technical staff should be trained to handle the specificities of electric vehicle maintenance, which differs from that of conventional vehicles. Involving the team in the transition is crucial to ensure its success. Remember to clearly communicate the environmental and economic benefits of adopting electric vehicles. A motivated and well-informed team is more likely to accept the change and contribute to improved operations. The operational efficiency of the fleet is closely linked to route optimisation. For example, using the Alkè Cloud, specifically designed for Alkè electric vehicles, to plan intelligent routes can reduce energy consumption and maximise the autonomy of electric vehicles. This practice not only improves efficiency, but also helps reduce overall operating costs.
Making use of government incentives and funding
Many European countries offer incentives to promote the transition to more sustainable mobility. Find out what funding programmes are available in your area. For example, in Italy, some regions provide specific subsidies for companies that purchase electric vehicles for public or private services. These incentives can cover a significant part of the purchase cost or fleet conversion.