Commercial Fleet Electrification at Scale

Momentum for electric freight is growing across the US and Europe as major shippers and logistics providers deploy heavy-duty electric trucks, charging infrastructure, and large nationwide fleets.

Expand heavy duty charging infrastructure across Europe and the United States by deploying joint ventures and OEM-led networks, including Europe’s 1700 stations, U.S. green lane projects, and driver amenities.

Commercial electric vehicle adoption remains low but is expected to grow rapidly. Global heavy-duty trucks number about 25 million, with only roughly 60,000 electric sales (0.2%), and 87% in China.

Analyze the four rationales for electrification: sustainability, technology, regulation, and cost. Explore how fleets in transition and dedicated heavy duty charging infrastructure drive electric freight adoption.

Explore how transport drives about 20% of global CO2 and how electrifying heavy-duty trucks offers the strongest decarbonization impact, supported by life cycle comparisons.

Electrifying heavy duty road transport reduces ozone and NOx exposure, improving community health along major truck routes and supporting the shift to zero emission trucks.

Discover how battery technology makes electric heavy-duty fleets viable today, with diverse OEM options, expanding ranges, and routes that fit within current electric truck capabilities in Europe and the US.

Examine how regulation drives fleet electrification by detailing eu heavy-duty vehicle targets, csr scope three emissions, zero-emission zones, and us epa standards for 2027–2032.

Explore how falling battery costs improve the total cost of ownership for electric heavy-duty trucks, with urban and regional parity reached and long-haul parity expected by 2026, despite upfront prices.

Explore how electric heavy duty vehicle operations shift the user journey, focusing on route planning, charging facility reservations, and the charging process to optimize fleets at scale.

Route planning optimizes driver, shipment, and vehicle constraints to minimize costs and ensure service, while considering electric factors such as battery capacity, charging power, and depot or customer charging.

Reserve a charging slot along the route to secure a suitable parking space, guaranteed charging time, and minimum charging power to meet a delivery window.

Plan around route planning, battery needs, and charging duration to optimize on-route charging and power availability.

Explore the basics of charging infrastructure for heavy duty vehicles. Understand typology, standards, and depot systems, and the three components—grid connection, charging hardware, and software.

Explore the fundamentals of charging hardware, comparing AC and DC charging, onboard versus external converters, and the three form factors—wall box, all-in-one, and split systems—for scalable fleet charging.

Explore Europe's type 2 ac connectors and CS2 charging systems. Learn about megawatt charging up to 3.75 mw and vehicle considerations like inlet location and usable capacity.

Understand grid connection concepts for commercial fleet charging, from substation and voltage levels (low to extra high) to three capacity cases, plus hardware and software solutions.

Understand ocpp, the open chargepoint protocol, and how chargepoint management systems standardize data from chargers. Explore peak management and dynamic load balancing to optimize depot charging and avoid grid penalties.

Explore the charging value chain and business models driving fleet electrification, highlighting market players, infrastructure investments, and tools to analyze charging markets.

Explore the seven steps of the charging value chain, from energy provision and hardware supply to site ownership, asset ownership, operation, and customer-focused mobility services.

Explore how vertical specialists—hardware OEMs, service providers, owner or location partners, software platforms, and mobility service providers—position themselves in charging infrastructure markets amid fierce innovation.

Explore how site ownership and asset ownership shape large-scale charging, leveraging grid connections, leasing revenues, and the role of real estate players, software platforms, and mobility service providers.

Integrators provide a one-stop charging infrastructure service, combining site planning, hardware sourcing, and operation as turnkey solutions for customers, emphasizing reliability, uptime, and integrated back-end management.

Evaluate charging solutions for heavy-duty fleets using defined decision criteria, and explore the charging solutions ecosystem for scalable fleet electrification, illustrated by Daimler's eActros 600 rollout.

Evaluate six decision criteria to choose optimal charging solutions for commercial fleet electrification at scale, including operations, facilities, CapEx vs opex, scale, service level, and customization.

Explore four fleet charging solutions for demand-side logistics: do-it-yourself, charging network operator, turnkey provider, and infrastructure as a service. Assess when each fits on-site depots, CapEx considerations, and scale needs.

Explore six criteria and four main charging solutions—do-it-yourself, public networks, charging solution providers, and charging infrastructure as a service—and align with depot duty cycles, capex vs opex, and scalability.

Learn six essential steps to electrifying depot charging for heavy-duty fleets. From vehicle choice to grid capacity and operating the charging infrastructure, plan for a scalable depot solution.

Start with selecting the vehicle by routes and schedule, considering form factor, payload, and charging windows, then discuss models with the OEM to determine battery size, capacity, and charging needs.

Compute fleet charging power by analyzing per-truck energy needs (kWh) and charging time, compare overnight and top-up scenarios, and size the depot with appropriate charge points.

Assess your site’s current grid capacity and spare headroom for fleet electrification, using a load management system and early collaboration with your utility to plan grid extensions, contracts, and lead times.

Plan charging hardware types and locations for depots, balancing overnight, top-up, and mixed charging with space-efficient, scalable solutions. Explore hardware options, power sharing, and site considerations to optimize cost.

Plan civil and building works with a clear internal/external split, budget, and timeline; secure grid, civil, and landlord approvals; order substations and charging hardware; complete testing and commissioning.

Evaluate charging operations by weighing third-party service providers against in-house staff to manage charge points, SLAs, warranties, and total fleet electrification costs.

Understand the market for fleet electrification and why shippers and carriers switch to electric freight. Learn charging infrastructure for heavy-duty vehicles and market structure, business models, and depot electrification guidelines.