According to a new industry overview from Stertil-Koni, the increased heat generated by the growing use of electric-hybrid and compressed natural gas (CNG) engines in commercial vehicles is leading to a transformational shift in heavy duty lifting.
The stakes are high and operating costs for transits, municipalities and fleets could move even higher.
Here is what’s at play: The new greener engines typically run up to 50 percent hotter than conventional engines; and, while that in itself is not a problem, when you combine those searing temperatures with the typical road grime that accumulates on the undercarriages of these “green” commercial vehicles, engine life can be unnecessarily and dramatically cut short.
In response, vehicle maintenance shops throughout North America are increasingly turning to heavy duty vehicle lifting systems that are specifically engineered to be water resistant – thereby permitting technicians to pressure wash commercial vehicle undercarriages in a safe, efficient and operator-friendly manner.
According to Stertil-Koni’s Technical Sales Manager Peter Bowers, “Heat is the enemy when it comes to preserving an engine, and grime in and around the engine compounds the problem. It increases the heat and accelerates engine degradation. Because the new alternative fuel engines run hotter than conventional models, it is increasingly important to be able to properly clean the undercarriages of vehicles to achieve a maximum lifespan for your fleet.”
Concluded Jean DellAmore, president of Stertil-Koni, “We pride ourselves in listening very carefully to our customers’ needs, and then designing the ideal, heavy duty lifting system to meet their specific requirements. In the instance of ALI-certified, water-resistant vehicle lifts, our customers can rest assured that with Stertil-Koni they have a safe, long-lasting solution to ensure that their investments in the new, “green” engines are not undermined by a real-world problem, excessive heat, that can be expertly mitigated thanks to an advanced lifting system, represented by the Stertil-Koni Skylift.”
