Why electric machines could be a game changer for Chinese OEMs

Listen to this article

The race to electrify construction equipment is merely the first skirmish in a bigger campaign to redefine how machines are designed, operate and look, says sector consultants Alan Berger and Carl Gustaf Göransson

Electric construction equipment charging Electric products in their various forms are becoming increasingly common in construction

Forgive the generalization, but in the main there are no bad machines nowadays. Ironically, far from strengthening manufacturers’ hands, this universal competence has created its own problem – namely how can leading manufacturers retain their premium positions over ‘lesser’ brands?

Construction equipment has been on a path towards commoditization for many years, simultaneously increasing the importance of the dealer-customer relationship and challenging the premium positioned OEMs to find new ways to demonstrate their value to customers. The difference in performance and fuel efficiency between different brand and model machines has been declining. With only a few exceptions, increments in these key buying criteria now tend to be small, and price competition has been intense when supply is in balance with demand.

Of course, everyone understands change is afoot, and products powered with alternative energy sources are coming. By some counts, there are 20+ different potential energy sources that could make up the global portfolio of solutions across different locations and applications.

Electric products in their various forms (battery, fuel cell, etc.) will certainly be part of this change. So, why are we talking about electric products and commoditization at the same time? We believe that electric machines bring the potential to forestall the complete commoditization of the bulk of the construction equipment market for at least a decade.

Commoditization of construction equipment

The overall commoditization effect that we see in the traditional diesel products is the result of 70+ years of refinement of the same basic technologies – diesel engines applying power through mechanical geartrains and hydraulics. After seven decades of refinement of this package, even with the advent of software control, it is increasingly difficult to come up with something that the competition has also not thought of. It’s not just the powertrain, even the fundamental shape of machines is dictated by the physical constraints that these technologies bring.

Consider the backhoe loader – this machine is a 1950s adaptation of the humble farm tractor, where the loader is by necessity wrapped around the engine that sticks out the front of the machine, leaving the rear as the only logical place to put the backhoe. The tractor part itself is constrained by the need to fit an engine, transmission, and axle to drive the machine, while leaving a comfortable place for the operator to sit.

So, what happens when you remove the diesel engine and its need to have a relatively straight line to the axle, which needs a straight line to the wheels? While mechanical energy needs to route through rigid gears and shafts and hydraulics through relatively stiff hoses, electrical energy is transmitted through wires that can bend around corners. Perhaps even more importantly, there are countless ways to control these electric systems through software.

We have only begun to build these electrified machines. All are still in their infancy and most just substituting the diesel engine for a battery and some motors. There has been little work done to rethink the fundamental structure of the machine and to exploit the performance potential that a more software-controlled machine offers.

Further, battery electric componentry itself is quite immature, with significant – as yet untapped – opportunities to optimize batteries, fuel cells, motors, and their installation for specific machine types. This creates potential for an entirely new race to develop the best machine for each application – with the winners being those who figure out to get the best performance in the smallest and most energy efficient package.

Could Chinese construction OEMs win the electrification race?

Who is best positioned to win this race? As with the automotive sector, electrics’ relative simplicity compared to ICE combined with the consequent lower investment required, means that barriers to entry are falling. That said, the largest OEMs are aiming at gaining first mover advantage and trying to maintain or improve their current position in the new competitive hierarchy.

Chinese OEMs have not been able to make real progress penetrating the EU and NA markets but China has a significant head-start in electrification: if geopolitical considerations allow, could this rewriting of the rule book be the opportunity that enables Chinese OEMs to gain a significant market share foothold in the West?

Carl Gustaf Göransson is the ex-CASE Construction President and Alan Berger was the Chief Technology Officer for Volvo CE. They have a on-and-off-highway commercial vehicle-focused consultancy, abcg.


Receive the information you need when you need it through our world-leading magazines, newsletters and daily briefings.

Sign up


The trusted reference and buyer’s guide for 83 years

The original “desktop search engine,” guiding nearly 10,000 users in more than 90 countries it is the primary reference for specifications and details on all the components that go into engine systems.

Visit Now

Becky Schultz Vice President of Content Tel: +1 480 408 9774 E-mail: [email protected]
Julian Buckley Editor Tel: +44 (0) 1892 784088 E-mail: [email protected]
Chad Elmore Managing Editor Tel: +1 262 754 4114 E-mail: [email protected]
Josh Kunz Power Progress Brand Manager Tel: +1 414 379 2672 E-mail: [email protected]
Roberta Prandi Power Progress International Brand Manager Tel: +39 334 6538183 E-mail: [email protected]