Electric Logistics Vehicles: Balancing Costs and Environmental Benefits

Low-energy and low-emission electric logistics vehicles replacing traditional fuel logistics vehicles are the preferred solution to reducing carbon emissions in the logistics sector. However, electric logistics vehicles have drawbacks such as high purchase costs, high battery replacement costs due to battery decay, and limited range, making logistics companies hesitant to adopt them. To promote the adoption of electric logistics vehicles, governments have implemented purchase subsidies. Logistics companies need to consider both short-term operating costs and long-term costs when deciding between traditional fuel vehicles and electric logistics vehicles, and may opt for mixed fleets. Beyond purchase subsidies, governments can also consider applying carbon reduction policies, such as carbon taxes and Cap-and-Trade mechanisms, to the logistics industry. These policies have proven effective in other industries and can further incentivize the adoption of electric logistics vehicles while reducing carbon emissions.