Deurningen-Hengelo, 15 July 2026 — Milence opened its fourth Dutch charging hub, at the Frans op den Bult truck stop on the A1: five 400 kW CCS bays strengthening the North Sea–Baltic TEN-T corridor between Germany, the Netherlands and Belgium. The construction itself is the headline: the first Milence hub built entirely with electric construction machinery (supplier Hoogeboom), PEFC-certified timber canopies, and fiber-reinforced concrete with fiberglass dowels replacing traditional rebar — a pilot for zero-emission infrastructure construction whose lessons the alliance says will feed future sites.

Why construction method is not a footnote. Truck-charging networks face a credibility question fleets actually ask: what’s the embodied-carbon payback of the infrastructure itself? A hub built with diesel excavators serving zero-emission trucks is an easy target for sceptics; a hub built electrically, with low-carbon materials, closes that argument and — more practically — develops the construction-side cost curve that hundreds of future sites depend on. The detail fleet operators should register is different: Frans op den Bult already has restaurant, sanitary and secure-parking amenities, meaning the 45-minute mandatory break is genuinely usable — the difference between charging time and lost time.

The Dutch network in context. Four hubs make the Netherlands Milence’s densest market alongside Belgium — fitting, since the two countries synchronised their CO₂-graded truck tolls on 1 July, creating Europe’s strongest per-kilometre incentive zone (€0.038 vs €0.204/km). With MCS already public at Zwolle and Antwerp and pricing at €0.379/kWh in Belgium, the Benelux corridor system — tolls, hubs, tariffs — is the most complete electric-trucking ecosystem in Europe, and Dutch/Belgian fleets should be benchmarking against it rather than waiting for a better moment.