Transportation electrification jobs

Fleet Electrification Jobs in Renewable Energy

Fleet electrification is the move of commercial vehicle fleets, from delivery vans and city buses to heavy trucks, onto battery-electric drive, together with the depot chargers, grid connections, and software that keep those vehicles on the road. It is growing fastest at the heavy end: global sales of electric medium- and heavy-duty trucks passed 90,000 in 2024, up almost 80%, and almost half of all new city buses sold in Europe that year were battery electric.

What the work involves

A passenger car owner buys a car and a wallbox. A fleet operator has to rebuild its depot. Buying the vehicles is the easy part; the hard part is sizing the site's grid connection, scheduling overnight charging so forty buses leave full without paying peak prices, and reworking duty cycles around range and charging time. That makes the field closer to energy engineering than to automotive work. Typical roles include fleet transition consultants who model total cost of ownership, depot project managers, charge-point software engineers, and technicians who commission high-power DC chargers. The same IEA report notes why depot charging matters commercially: raising a charger's utilisation from 5% to 30% cuts the levelised infrastructure cost per kWh by about 80%, and planned fleet charging is the easiest way to reach high utilisation.

Who is hiring

Employers on Rejobs split into three groups. Charging hardware and software companies such as Zaptec in Norway and Deftpower in the Netherlands hire product, support, and eMobility SaaS staff. Infrastructure-as-a-service firms finance and run fleet charging for operators who would rather not own it: Zenobē builds and operates depots for electric buses and trucks in the UK, and TeraWatt Infrastructure develops heavy-duty charging sites along US freight corridors. Energy suppliers form the third group: Octopus Energy and Hamburg-based Rabot Energy hire software, pricing, and product people to build the smart tariffs that make overnight fleet charging cheap. Most listings cluster in Hamburg, Berlin, Munich, London, and Amsterdam.

Regulation driving demand

The EU's revised CO2 standards for heavy-duty vehicles set the pace. New trucks and coaches must emit 45% less CO2 by 2030, 65% less by 2035, and 90% less by 2040, and 90% of new city buses must be zero-emission by 2030. Truck makers cannot hit those numbers unless hauliers have somewhere to charge, which is why depot and corridor charging projects are hiring before the vehicles arrive. Public networks are being built for the same reason: Milence opened a megawatt charging hub for trucks at the Port of Antwerp-Bruges in 2025 and plans at least 284 megawatt charge points across ten EU countries by 2027.

Skills that command a premium

The scarcest profile combines power systems knowledge with software. Smart charging is an optimisation problem across tariffs, grid limits, and vehicle schedules, so engineers who understand demand response and flexibility as well as charging protocols such as OCPP are in short supply. On the field side, electricians who can install and commission EV charging equipment at depot scale, with transformers and switchgear rather than a single wallbox, move easily between fleet projects. The broader EV charging infrastructure sector offers the natural next step in either direction.