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Why Are Electric Wheel Loaders More Cost-Effective? Where Exactly Does the Savings Come From?

In current construction machinery industry, green technology and intelligent solutions have become the new engines driving sector development. Electric wheel loaders are steadily gaining market traction with their environmentally friendly design and cost-efficiency advantages.

May 30,2025

  • Why Are Electric Wheel Loaders More Cost-Effective? Where Exactly Does the Savings Come From?
Why Are Electric Wheel Loaders More Cost-Effective? Where Exactly Does the Savings Come From?
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In current construction machinery industry, green technology and intelligent solutions have become the new engines driving sector development. Electric wheel loaders are steadily gaining market traction with their environmentally friendly design and cost-efficiency advantages.

Here we'll focus on the motor - the core component - to explore how electric wheel loaders achieve cost savings through motor maintenance.

 

A Simpler Motor Structure

Let's start by comparing the structural differences between motors and traditional internal combustion engines (ICE).

Electric motors in loaders feature a streamlined design, primarily consisting of stators, rotors, bearings, housings, cooling systems and terminal boxes. This simplified architecture results in fewer components, reduced failure rates and significantly easier maintenance procedures.

△ Jingong Electric Motor

 

By contrast, traditional ICEs contain complex systems including crankshaft-connecting rod mechanisms, valve trains, fuel delivery systems, lubrication systems, cooling systems, starting systems, turbochargers and electronic fuel injection systems. Each of these systems comprises multiple components, substantially increasing maintenance complexity and costs.

△ Internal Combustion Engines

 

Higher Energy Efficiency

Electric motors achieve direct and efficient energy conversion, transforming electrical energy into mechanical energy with minimal losses. This high-efficiency energy utilization not only improves operational productivity but also dramatically reduces energy consumption costs.

Traditional ICEs, which convert fuel combustion into thermal energy before transforming it into mechanical energy, generate significant waste heat. This requires additional oil for lubrication, complex cooling systems for heat dissipation and creates higher energy consumption burdens.

△ Jingong Electric Motor

 

Simplified Maintenance

ICE maintenance involves numerous complex tasks such as regular oil changes, oil filter replacements, fuel filter replacements, air filter inspections, cooling system checks, battery status monitoring, spark plug inspections, belt tension adjustments, etc.

Electric motor maintenance is significantly streamlined, requiring only basic operations like checking electrical connections, bearing lubrication and insulation resistance testing. This dramatic reduction in maintenance requirements directly lowers servicing costs while delivering substantial economic benefits!

△ Jingong Electric Wheel Loader

 

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