Electric paving gains traction

Unlike compact rollers, asphalt pavers run at higher, more consistent power levels, especially during continuous laydown on larger projects. Because of that, electric pavers are developing more gradually and are limited in their commercial use. Some electric pavers are now demonstrating full-shift capability supported by high-capacity lithium-ion battery systems and rapid-charging options.

Electric pavers, such as the LeeBoy 8520C Electric, the Vögele SUPER 1300-5e and MINI 500e/502e, the Ammann eABG 4820, and the Dynapac SD1800W e, illustrate how electrification is scaling in mini, compact, and mid-class pavers to benefit compact urban paving, municipal work, and mid-size commercial projects.

The LeeBoy 8520C Electric, with pave widths from 2.44 metres to 4.57 metres, integrates GM’s battery and drive system with the company’s Legend HD screed and high-flow hydraulics, positioning it as an electric paver built for commercial applications.

Vögele’s SUPER 1300-5e features a 126 kWh liquid-cooled lithium-ion battery operating at 400 V and supports pave widths from 1.8 to 4.2 metres. The MINI 500e and 502e models offer 15 kWh or 22 kWh battery options designed for smaller-scale work such as pathways, sidewalks, utility restoration, and confined urban paving projects with full-day runtime expectations.

Ammann’s eABG 4820, which was billed as the largest electric paver at its introduction in early 2025, delivers paving widths up to 6.5 metres and recorded daily outputs of up to 1,200 tonnes, supported by a battery system designed for full-shift operation.

Dynapac’s SD1800W e is powered by a 98 kWh lithium-ion battery paired with a 55 kW electric motor (200 kW peak output), with reported recharge times from 5 to 80 percent in approximately 40 minutes. With minimum paving widths down to 0.7 metres using reducing shoes (and up to 4.7 metres), the SD1800W e can handle narrow urban applications such as pathways and utility restoration work.

Battery capacity and charging strategy remain critical considerations. Reduced noise and emissions could make compact and mid-sized electric pavers particularly effective in urban environments and enclosed spaces, for night work, and where emissions regulations influence bid requirements. Electrification development for the roadbuilding sector is shaped less by technological possibility and more by operational fit. In roadbuilding, that fit emerges most clearly where urban density, environmental standards, and bid requirements intersect.