The context
Electrification brings important health and environmental benefits. It simultaneously mitigates climate (CO2), nature (NOx) and health (toxicity, noise, vibrations) impacts inherent to the combustion of diesel in construction equipment. Furthermore, there are many operational and economic benefits to be realized through standardization. For example, by making sure that every electric vehicle, battery and construction machine from every brand and type can charge without issues with all charging equipment.
The transition towards ZE construction equipment has already started in some countries like the Netherlands and Scandinavia. Experiences from those front runners have created a host of valuable insights to improve machines through standardization. Elsewhere, electrification is still in its infancy. That provides a unique opportunity to use those real-world experiences to agree upon open market standards now, before production is scaling up.
A typical example is the usage of the same smart charging protocol. Such protocols are needed to control the speed and time of charging. Because the battery capacity of one machine is typically 3-8 times that of a passenger car, the ability to smart charge is crucial to manage charging on a construction site. Those protocols exist but are not uniformly deployed by all suppliers of machinery and charging equipment. Today, that results in frequent compatibility issues on construction sites.