Telehandler Energy Efficiency: Reducing Fuel Use and Emissions
With rising fuel costs and growing environmental accountability, energy efficiency isn’t just a nice-to-have—it’s a strategic priority. Telehandlers, as workhorse machines across construction, agriculture, and mining, are now under the spotlight for their operational footprint.
Have you ever looked at your monthly fuel bill and wondered if there’s a better way? Or been pressured to reduce emissions without sacrificing productivity?
This article explores how to optimise your telehandler fleet for energy efficiency—saving money, reducing emissions, and enhancing site performance.
Why Energy Efficiency in Telehandlers Matters
Fuel is often one of the largest ongoing costs in running a telehandler fleet. But the impact goes beyond budgets:
- Reduced CO₂ emissions = improved environmental reporting
- Lower fuel usage = extended machine runtime and less refueling downtime
- Efficient engines = less wear and lower maintenance costs
- Better public image = alignment with sustainability goals and regulations
Whether you own or hire, the benefits of energy efficiency stack up quickly.
“How Can You Make Telehandlers More Fuel Efficient?”
Fuel efficiency in telehandlers improves by:
- Choosing Tier 4/5 low-emission engines
- Training operators for low-RPM operation
- Keeping tyres inflated and engines serviced
- Using telematics to track idle time and fuel use
Factors That Influence Telehandler Fuel Efficiency
1. Engine Type and Emissions Tier
Modern telehandlers come equipped with Tier 4 Final or Stage V engines that burn cleaner and use fuel more efficiently. These engines reduce harmful nitrogen oxide (NOx) and particulate matter emissions.
Look for telehandlers that meet Australia’s emissions regulations while also offering lower fuel consumption per hour.
2. Operator Habits
How the machine is driven affects fuel use just as much as the engine itself:
- Excessive idling burns unnecessary fuel
- Sudden acceleration and braking increases consumption
- Using incorrect gear/range settings reduces efficiency
Operator training can lead to 15–25% fuel savings across a fleet.
3. Terrain and Load Type
Rough terrain, uphill gradients, and frequent starts/stops all increase energy use. Moving light loads with a machine built for heavy lifting also results in wasted power.
Matching the right telehandler to the task (capacity, reach, and attachment type) plays a big role in fuel management.
4. Tyre Pressure and Maintenance
Under-inflated tyres increase rolling resistance and fuel use. Dirty air filters, worn injectors, and neglected hydraulic systems also reduce overall efficiency.
That’s why consistent servicing is crucial—especially in harsh environments like mining or remote agriculture.
How Telematics Helps Reduce Fuel Use
Telematics systems provide real-time insights into fuel consumption, idle times, and engine performance. Fleet managers can:
- Identify inefficient operators
- Schedule servicing before problems arise
- Track trends in overuse or misuse
- Benchmark fuel use across projects
Dieci telehandlers can be integrated with smart telematics platforms to optimise fuel performance.
Best Practices for Improving Telehandler Efficiency
✅ Train Operators
- Use idle-reduction strategies
- Smooth control over throttle and boom
- Daily pre-start checks to catch early issues
✅ Maintain the Machine
- Keep hydraulic systems clean and leak-free
- Service air, fuel, and oil filters on time
- Monitor tyre wear and pressure daily
✅ Optimise Workflows
- Plan lifting sequences to reduce load cycles
- Limit unnecessary machine movement across site
- Use attachments suited to the load for quicker completion
✅ Right-Size Your Fleet
- Don’t use a 5-tonne telehandler for a 1-tonne lift
- Hire smaller units where appropriate
What About Electric and Hybrid Telehandlers?
Electric telehandlers are gaining traction, especially for indoor use and environmentally sensitive zones. While not yet mainstream in heavy-duty outdoor work, they offer:
- Zero tailpipe emissions
- Lower noise
- Reduced maintenance (fewer moving parts)
Hybrid models, combining diesel and electric power, are a middle ground for high-output needs with better fuel performance.
Dieci is continually expanding its range to include more low-emission solutions for Australian businesses.
The Dieci Advantage in Fuel-Efficient Equipment
Dieci Australia supplies telehandlers engineered for Australian conditions—many with fuel-saving features such as:
- Electronic engine management
- Joystick-controlled precision to reduce wasteful movement
- Load sensing hydraulics for energy-efficient boom function
- Eco modes for light-duty cycles
They also offer nationwide telehandler parts and servicing, training, and hire options that let you access newer, more efficient models without a full capital outlay.
Final Thoughts: Smart Savings, Real Impact
What would change if your telehandler fleet used 20% less fuel? Less downtime? Fewer emissions?
Energy efficiency isn’t just about cost—it’s about sustainability, reliability, and smarter operation. With the right telehandlers, operator habits, and service support, you can achieve all three.
Want to upgrade to a more efficient telehandler fleet? Speak with Dieci Australia for model recommendations, fleet optimisation advice, and access to low-emission equipment built for Australian worksites.
