Electric vs LPG Forklifts (Australia 2026): Price Comparison, Running Costs & Indoor Warehouse Performance

Key Takeaways

• Electric forklifts in Australia typically cost $25,000–$70,000, depending on lifting capacity, mast height and battery technology.
• LPG forklifts generally cost $20,000–$55,000 for comparable 2–3.5 tonne warehouse models.
• Electric forklifts typically operate 6–10 hours per charge, depending on battery capacity and workload.
• Lithium-ion batteries charge in approximately 1–3 hours, while lead-acid batteries require around 6–8 hours charging plus cooling time.
• LPG forklifts refuel in 2–3 minutes, allowing continuous operation across multi-shift facilities.
• Electricity for forklifts in Australia typically costs 70–80% less per operating hour than LPG fuel, depending on energy tariffs and utilisation.
• Businesses operating fully indoor warehouses increasingly switch to electric fleets to improve air quality, reduce maintenance requirements and lower long-term operating costs.

Introduction

Forklifts are essential material-handling machines used to move palletised goods across warehouses, distribution centres and manufacturing facilities. Businesses rely on forklifts to load trucks, stack pallets, replenish storage racks and move inventory efficiently.

Two of the most widely used forklift power systems are electric forklifts and LPG (liquefied petroleum gas) forklifts. Both types are capable of handling typical warehouse lifting tasks, but they differ significantly in emissions, energy costs, maintenance requirements and suitability for indoor environments.

Forklifts are commonly used across industries such as:

• Warehousing and logistics
• Manufacturing and assembly
• Retail distribution centres
• Food and beverage processing
• Pharmaceutical logistics
• E-commerce fulfilment

Selecting the right forklift requires evaluating operational requirements such as lifting capacity, duty cycle, energy infrastructure and indoor air quality considerations.

This guide compares LPG and electric forklifts using realistic Australian price ranges, operating costs and performance metrics to help procurement teams make informed purchasing decisions.

Electric Forklifts

Electric forklifts use rechargeable battery systems to power electric drive motors and hydraulic lift systems. Modern warehouse electric forklifts typically use either lead-acid or lithium-ion battery technology.

Typical specifications

Electric forklifts are widely used in indoor warehouses, distribution centres and manufacturing facilities where emissions, noise and operating costs are important considerations.

Advantages

• Zero tailpipe emissions
• Lower operating costs
• Reduced maintenance requirements
• Quiet operation
• Precise control for tight warehouse aisles

Limitations

• Charging downtime if battery management is poorly planned
• Charging infrastructure required
• Higher upfront purchase price in some configurations

However, lithium-ion battery adoption has significantly improved electric forklift performance in multi-shift operations.

LPG Forklifts

LPG forklifts use internal combustion engines powered by liquefied petroleum gas stored in pressurised cylinders. The engine generates mechanical power to drive the forklift and operate the hydraulic lifting system.

Typical specifications

LPG forklifts are often used in mixed indoor-outdoor environments, including logistics yards, construction supply warehouses and manufacturing plants.

Advantages

• Fast refuelling with LPG cylinder replacement
• Continuous operation across multiple shifts
• Strong engine torque for heavy loads
• Lower infrastructure requirements than electric charging systems

Limitations

• Exhaust emissions including carbon monoxide
• Higher fuel costs than electricity
• Greater maintenance requirements due to engine components
• Increased noise and vibration
• Indoor use typically requires adequate ventilation and gas monitoring systems

Purchase Price Comparison

Forklift purchase prices vary depending on capacity, mast configuration, battery type, brand and optional attachments such as side-shift systems or fork positioners.

Typical New Forklift Prices in Australia

Key pricing factors include:

• lifting capacity
• mast height and reach
• battery technology (lead-acid vs lithium-ion)
• brand and build quality
• attachments and safety systems

Lithium-ion forklifts typically add $5,000–$10,000 to the purchase price compared with lead-acid models but can significantly reduce maintenance and charging downtime.

Operating Cost Comparison

Purchase price is only one part of forklift cost. Energy consumption, maintenance and component replacement strongly influence total cost of ownership.

Typical Energy Cost Comparison

Electric forklifts typically cost 60–75% less to operate per hour than LPG forklifts due to lower energy costs and reduced maintenance requirements.

Energy costs vary depending on:

• electricity tariffs
• LPG fuel pricing
• forklift utilisation
• battery efficiency

Battery Technology

Battery choice significantly affects both operational performance and long-term costs.

Lead-Acid Batteries

Lead-acid batteries remain common in many warehouse forklifts.

Typical characteristics

• Charging time: 6–8 hours
• Cooling time: 1–2 hours before reuse
• Lifespan: 1,200–1,500 charge cycles
• Maintenance: Regular watering required

Advantages:

• lower upfront purchase cost
• widely available replacement batteries

Limitations:

• longer charging downtime
• routine maintenance required

Lead-acid batteries are commonly used in single-shift warehouse operations where overnight charging is possible.

Lithium-Ion Batteries

Lithium-ion batteries are increasingly used in modern forklift fleets.

Typical characteristics

• Charging time: 1–3 hours
• Opportunity charging: Yes
• Lifespan: 3,000–4,000 cycles
• Maintenance: None

Advantages:

• fast charging
• opportunity charging during breaks
• longer battery lifespan
• reduced maintenance requirements

Lithium-ion forklifts are particularly suitable for multi-shift warehouse operations where continuous equipment availability is important.

Maintenance Requirements

Electric forklifts

Electric forklifts have fewer moving parts and therefore require less servicing.

Typical maintenance includes:

• battery system checks
• hydraulic system servicing
• tyre replacement
• electrical component inspections

Electric forklifts can reduce maintenance costs by 20–40% compared with combustion forklifts.

LPG forklifts

LPG forklifts require more frequent servicing because of their internal combustion engines.

Typical maintenance includes:

• oil and filter changes
• spark plug replacement
• cooling system servicing
• exhaust system maintenance

These components increase both maintenance costs and potential downtime.

Indoor Air Quality Considerations

Indoor air quality is a major factor when choosing forklift power systems.

Electric forklifts

Electric forklifts produce zero tailpipe emissions, which helps maintain clean indoor air in enclosed facilities. This is particularly important in industries such as food processing, pharmaceuticals, electronics manufacturing and logistics distribution centres.

LPG forklifts

LPG forklifts emit gases including carbon monoxide, nitrogen oxides and carbon dioxide. Indoor LPG forklift use therefore requires adequate ventilation systems and monitoring to ensure safe air quality levels.

When Businesses Upgrade from LPG to Electric

Many companies transition from LPG fleets to electric forklifts when operational conditions change.

Common triggers include:

• expansion of indoor warehouse space
• rising fuel costs
• increased sustainability targets
• workplace air quality concerns
• adoption of lithium-ion battery technology

These factors have driven rapid growth in electric forklift adoption across modern logistics facilities.

How to Choose the Right Forklift for Indoor Use

Procurement teams should evaluate several operational factors before selecting forklift power systems.

Key decision considerations

• Warehouse environment: Fully indoor warehouses typically favour electric forklifts due to emissions and noise considerations.
• Duty cycle: Single-shift operations suit electric forklifts. Continuous multi-shift operations may require lithium-ion batteries or LPG refuelling.
• Energy infrastructure: Electric forklifts require charging stations and electrical capacity. LPG forklifts require safe cylinder storage and fuel supply.
• Operating costs: Electric forklifts generally offer lower lifetime operating costs.
• Load requirements: Typical warehouse forklifts operate in the 2–3 tonne capacity range, but heavier operations may require higher capacity models.

Compliance and Safety Standards

Forklifts in Australia must comply with AS 2359 design standards and Work Health and Safety (WHS) regulations for safe operation.
Key requirements include operator licensing (TLILIC0003), annual inspections, and features like reversing alarms.?
Electric models excel indoors due to zero emissions, aligning with WHS air quality guidelines.?

Conclusion

Electric and LPG forklifts can both perform common warehouse lifting tasks, but their suitability for indoor use differs significantly. Electric forklifts provide zero emissions, lower operating costs, quieter operation and reduced maintenance, making them the preferred choice for most indoor warehouses and distribution centres.

LPG forklifts remain useful for mixed indoor-outdoor operations or facilities requiring continuous runtime and rapid refuelling. By comparing purchase prices, operating costs, duty cycles and infrastructure requirements, businesses can determine which forklift power system best suits their operational needs.

Compare Forklift Suppliers on IndustrySearch

On IndustrySearch, businesses can explore forklift listings from verified Australian suppliers, compare key specifications such as lifting capacity, battery technology, mast height and operating features, and request quotes directly from suppliers servicing their region.

By comparing multiple suppliers, businesses can evaluate:

• Pricing across different forklift brands and models
• Electric vs LPG power systems
• Battery technology options (lithium-ion vs lead-acid)
• Lift capacity and mast configurations
• Warranty, servicing and spare parts availability
• Delivery and installation timelines

Comparing quotes helps procurement teams identify forklift solutions suited to their warehouse layout, throughput requirements and operating budget before making a purchasing decision.