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Electric Mobility

Fleet electrification pilot reports first-year running costs

A delivery operator has published cost-per-kilometre data comparing electric and diesel vans.

Bruce

4 MIN READ

Electric delivery vans parked at a distribution depot

A logistics operator has released first-year data from a mixed electric and diesel delivery fleet.

Running costs

Energy and maintenance costs per kilometre came in materially below the diesel comparison, though the gap narrows once depot charging upgrades are amortised.

Industry submissions on the proposal closed earlier this month, and the volume of comment was unusually high. Trade associations, large energy users and two of the metros all filed responses, most of them supportive of the direction while critical of the timelines. Several submissions asked for a longer transition window, arguing that the compliance burden falls hardest on the smallest participants, who have the least capacity to absorb it.

The financial picture is more complicated than the headline figures suggest. Capital costs have fallen consistently over the last decade, but the cost of connecting to the grid has moved the other way, and in several provinces now represents a material share of total project cost. Developers have begun selecting sites for network availability first and resource quality second, a reversal of the logic that governed earlier rounds.

Employment effects are harder to measure than they are to claim. Construction phases generate significant short-term work that moves on when the site is complete, while operations and maintenance roles are fewer but permanent. The distinction matters for the communities involved, who have in several cases been presented with construction numbers as though they were lasting jobs.

Municipalities occupy an awkward position in the reform. They are simultaneously distributors, revenue collectors and, increasingly, customers of independent generators. The cross-subsidy that funds street lighting and reticulation maintenance is embedded in the electricity tariff, so any shift in who buys power from whom has consequences well beyond the electricity account.

Comparisons with other markets are instructive but imperfect. Jurisdictions that unbundled early did so with stable supply and spare capacity, which gave them room to absorb the disruption. South Africa is attempting the same restructuring while still rebuilding the reserve margin, which narrows the tolerance for error considerably.

Data quality remains a persistent problem. Registration of small-scale embedded generation is incomplete, so the system operator is forecasting against a fleet whose size it can only estimate. Several utilities have begun inferring installed capacity from demand curves rather than from registers, which works well enough in aggregate but poorly at substation level.

What did not work

Longer rural routes remained unsuitable, and the operator has kept diesel vehicles on those runs pending better range.

For end users, the practical questions are narrower. Whether tariffs rise, whether supply holds through winter, and whether a connection application is answered within the year matter more than the architecture of the market. On those measures the evidence remains mixed, and most of the improvement so far has been concentrated among larger customers with the resources to navigate the process.

Timelines have slipped before. Two of the milestones in the current plan were carried over from the previous iteration, and one has now moved twice. Officials point out that the underlying work has continued even where dates have shifted, but the pattern has made stakeholders reluctant to plan against published schedules.

Procurement design has quietly become as important as engineering. The structure of the bid window, the bid bond requirements and the treatment of grid connection risk together determine which developers can participate at all. Rounds that shifted connection risk entirely onto bidders attracted fewer, larger players; rounds that shared it drew a broader field but took longer to reach financial close.

Skills availability is emerging as a second-order constraint. High-voltage commissioning engineers, protection specialists and experienced site managers are in short supply, and the same individuals appear on multiple projects. Several developers have begun sponsoring apprenticeships directly, having concluded that waiting for the wider training pipeline to respond is not a strategy.

Water is the quiet variable in most of these plans. Thermal generation, hydrogen production and even panel cleaning at scale all carry water requirements, and the areas with the best solar resource are frequently the areas with the least available water. Environmental authorisations have started to reflect that tension more explicitly than they once did.

Land access continues to take longer than any other pre-construction step. Servitude negotiation involves multiple landowners per kilometre of line, and a single holdout can stall a route for months. Proposals to streamline expropriation for network infrastructure remain politically sensitive, and no version has yet survived public comment intact.

Analysts caution that implementation, rather than intent, will determine how quickly households and businesses feel the difference. The next reporting period should offer the first hard evidence either way.

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Topics fleet logistics