29 July, 2024: British postal service and courier company, Royal Mail is reinforcing its dedication to sustainability with the rollout of approximately 2,100 electric delivery vans, starting in August 2024. The postal service intends to have the majority of these vans in operation by the end of November, just in time for the peak Christmas shopping period.
The latest addition to Royal Mail's fleet will play a crucial role in the company's goal to achieve Net-Zero carbon emissions by 2040. According to the postal service, the new electric vans are expected to cut down approximately 6,000 tonnes of CO2 emissions annually. This expansion is a significant move in their broader strategy to enhance environmental sustainability.
The new vans will be charged using "100% renewable electricity supply" at Royal Mail’s delivery offices, further underscoring the company's dedication to green energy. Currently, Royal Mail boasts the largest electric delivery fleet in the UK, with around 5,000 electric vans. The arrival of the new vehicles will bring this total to over 7,000.
While Royal Mail has not disclosed specific details about the types of electric vans being added, a press image featuring an all-electric Peugeot e-Partner suggests that the company might be extending its previous procurement strategy, having already invested in this model in 2020 and 2022.
In the company’s press release, Jenny Hall, Director of Corporate Affairs at Royal Mail stated, “We are proud to take another big step towards our target to be Net-Zero by 2040. Electric vehicles provide a wide range of benefits, reducing noise and air pollution in local communities as well as reducing our impact on the environment. We want as many customers as possible can benefit from zero-emission deliveries to their doorstep.”
As Royal Mail continues to enhance its fleet with electric vehicles, the initiative represents a substantial contribution to the UK's broader climate goals and showcases the company's ongoing efforts to integrate sustainability into its operations.