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MOBILITY · forward · impact 1/5 · 2026-10-08 · Kalmar

Helsingborg Port Orders First All-Electric Reach Stackers in Sweden

Port of Helsingborg, Sweden's second-largest container port, has placed an order for two Kalmar ERG450 electric reach stackers — the first Swedish port to adopt all-electric terminal equipment under a

The Port of Helsingborg, Sweden’s second-largest container port, recently ordered two Kalmar ERG450 electric reach stackers. This marks the first Swedish port to commit to all-electric reach stackers under Kalmar’s framework agreement for sustainable terminal equipment. The port’s Chief Technical Officer stated the order represents a structured long-term transition to lower-emission operations, though the full timeline for replacing diesel equipment remains unspecified. Each ERG450 unit provides up to 45 tons of lifting capacity while reducing noise, carbon emissions, and maintenance downtime compared to diesel alternatives.

This adoption is part of a broader industry shift toward electric equipment in port operations, driven by volatile diesel fuel costs. The port’s move targets localized emissions reduction in its terminal operations — a small-scale step toward cleaner port logistics. While the order represents only two units under a framework agreement, it signals deliberate progress in port infrastructure toward lower-carbon handling.

For the need of clean air in port communities, this pilot phase reduces immediate pollution from heavy machinery. It also demonstrates how structured transitions in port operations can lower long-term maintenance costs and emissions. The significance lies in its role as a test case: if scaled, such equipment could gradually reduce pollution in port zones while lowering operational friction for terminal workers.

What to watch: Full transition timelines, the pace of diesel replacement, and whether this pilot expands to other Swedish ports. The source describes this as a pilot phase within broader industry trends, with no details on full-scale implementation.

Source: Electrek