Electrification Is Changing Logistics Execution Faster Than Infrastructure Can Keep Up

Last week, South Africa launched its first off-grid EV charging corridor between Johannesburg and Durban, a workaround designed to bypass the country’s strained power grid as electric transport adoption accelerates.

The project reflects a broader operational reality emerging across logistics networks globally: electrification is moving faster than the infrastructure needed to support it.

According to Reuters, "AutoTrader reported a 45% year-on-year increase in EV searches between February and March 2026, with engagement rising more than 200%."

As fleets, yards, and warehouse environments become increasingly electrified, energy availability itself is starting to influence how freight moves through supply chains. Execution decisions once driven primarily by labor, equipment, and transport availability are now increasingly shaped by charging access, grid constraints, and real-time power management.

Energy Is Becoming Part of Logistics Coordination

For logistics operators, electrification introduces a new layer of operational dependency that traditional scheduling systems were never designed to manage.

Thomas McLeod, Senior Account Manager, North America at Körber Business Area Supply Chain, said electrification is increasingly tied to resilience and continuity rather than sustainability targets alone.

Thomas McLeod, Senior Account Manager, North America, Körber Business Area Supply Chain - “Electrified and automated yards and warehouses enable continuous, around-the-clock execution.”

“Renewable energy systems paired with on-site battery applications enhance business continuity by reducing reliance on traditional power grids and fossil-fuel generators, which is critical for operations in weather-prone or energy-constrained regions,” McLeod said.

“At the same time, electrified and automated yards and warehouses enable continuous, around-the-clock execution, improving uptime, maintenance predictability, and order-to-delivery performance.”

That dependency is becoming especially visible in yard environments and last-mile delivery networks, where charging access now directly affects fleet availability and dispatch timing.

Rather than simply asking where vehicles are, operators increasingly need to understand whether those vehicles can complete planned movements within existing charging constraints.

Infrastructure Constraints Are Moving Into Daily Operations

While electrification strategies continue to advance, many operators are discovering that infrastructure limitations remain the primary obstacle to scaling EV execution models.

Lyall Cresswell, CEO and Founder of TEG & Trustd, said the industry is now confronting the operational reality behind large-scale electrification.

Lyall Cresswell, CEO and Founder, TEG & Trustd - “ The grid connection queue has grown tenfold in five years, with operators now facing waits of up to 15 years just to get connected.”

“Businesses want greener supply chains, but when it comes to the quote, price still wins more often than not,” Cresswell said. He added that infrastructure remains the deeper structural challenge. “The grid connection queue has grown tenfold in five years, with operators now facing waits of up to 15 years just to get connected,” he said.

Those delays create significant downstream effects for logistics operations. Vehicles may be available, but charging capacity is not. Smaller operators working from shared sites often cannot control infrastructure deployment timelines, while larger fleets are forced to coordinate around energy availability in addition to transport capacity.

That disconnect increasingly threatens throughput consistency during peak operating windows.

Shared Networks Are Emerging as a Practical Workaround

As infrastructure bottlenecks intensify, operators are turning toward shared network models rather than direct ownership approaches. TEG’s partnership with fully electric delivery provider HIVED reflects that shift. Instead of requiring operators to invest directly in electric fleets and charging infrastructure, the platform allows carriers and 3PLs to access electric transport capacity through a shared network model.

According to Cresswell, that approach changes the economics of electrification.

“What started as making electric capacity available has developed into genuine collaboration, with HIVED picking up return journeys for major 3PLs on the platform rather than those vehicles running empty,” he said.

That model allows operators to integrate electric delivery capacity without the capital burden traditionally associated with fleet conversion. Operators increasingly need to coordinate energy availability alongside assets, routing, and network utilization.

Visibility Alone Is No Longer Enough

The shift toward electrified logistics environments is also changing expectations around visibility platforms and execution software.

Traditional transportation visibility systems were designed to track movement. Electrified logistics networks require systems capable of coordinating movement against infrastructure availability in real time. In electrified logistics environments, power availability is increasingly becoming a throughput variable.

Routing, charging windows, yard throughput, and energy usage are beginning to converge into a single operational decision layer. As electrification scales, the challenge for logistics operators may no longer be whether they can see freight moving through the network.

The challenge is whether the network itself has enough coordinated energy capacity to keep that freight moving at all.