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

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

Australia’s practical guide to comparing electric and LPG forklifts for warehouse operations. Understand purchase prices, operating costs, charging vs refuelling, and how to choose the right forklift for your facility.

Key Takeaways

• Electric forklifts produce zero on-site emissions, making them the preferred choice for warehouses, food processing facilities and enclosed workplaces.
• LPG forklifts offer fast refuelling and continuous operation, which can suit mixed indoor-outdoor operations or high-throughput facilities.
• Electric forklifts in Australia typically cost $25,000–$70,000, depending on lifting capacity, battery type and specifications.
• LPG forklifts generally cost $20,000–$55,000, although fuel and maintenance costs may be higher over time.
• Electric forklifts typically run 6–10 hours per charge, with lithium-ion batteries charging in 1–3 hours and lead-acid batteries requiring 6–8 hours.
• Electricity often costs 40–60% less per operating hour than LPG fuel over the life of the forklift.
• Businesses operating fully indoor warehouses increasingly switch to electric fleets to reduce operating costs, improve air quality and simplify maintenance.

Electric vs LPG Forklift Comparison (Australia)

This comparison highlights why electric forklifts have become increasingly common in modern indoor warehouse environments, while LPG forklifts remain useful where rapid refuelling and heavy duty cycles are required.

Introduction

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

Two of the most widely used forklift power types in Australia are electric forklifts and LPG forklifts. While both perform similar lifting and transport functions, they differ significantly in terms of:

• operating costs
• emissions
• charging or refuelling requirements
• maintenance complexity
• suitability for indoor environments

Understanding these differences helps warehouse managers and procurement teams select the forklift type that best suits their operational requirements.

Electric Forklifts Explained

Electric forklifts are powered by rechargeable batteries rather than internal combustion engines. Modern models commonly use either lead-acid batteries or lithium-ion battery systems.

Key characteristics include:

• zero exhaust emissions
• quieter operation
• fewer moving parts
• lower routine maintenance requirements

Electric forklifts are commonly used in:

• warehouses and distribution centres
• food and beverage facilities
• pharmaceutical manufacturing
• retail logistics operations

Because they produce no exhaust fumes, they are particularly suited to indoor operations where air quality and noise reduction are important considerations.

LPG Forklifts Explained

LPG forklifts operate using liquid petroleum gas stored in cylinders mounted on the rear of the forklift. The gas powers an internal combustion engine similar to that used in small vehicles.

Key characteristics include:

• rapid refuelling via cylinder swaps
• strong engine power and torque
• suitability for both indoor and outdoor work

LPG forklifts are commonly used in:

• transport depots
• building supply yards
• manufacturing plants
• mixed indoor-outdoor operations

While LPG engines produce fewer emissions than diesel engines, they still generate exhaust gases, meaning adequate ventilation is required for indoor use.

Purchase Price Comparison

Forklift purchase prices vary depending on lifting capacity, mast height, battery technology and brand.

Typical price ranges in Australia:

Electric forklifts often have a higher upfront purchase cost, particularly when equipped with lithium-ion batteries. However, the difference in purchase price can often be offset by lower operating and maintenance costs over time.

Running Costs and Operating Expenses

Operating costs are one of the most important factors for businesses comparing forklift technologies.

Electric forklifts typically have lower ongoing operating costs due to:

• cheaper energy consumption
• reduced maintenance requirements
• fewer mechanical components

LPG forklifts incur additional costs associated with:

• fuel purchases
• engine servicing
• exhaust system maintenance

Estimated Operating Cost per Hour

Over several years of operation, these differences can significantly affect total ownership costs.

Total Cost of Ownership (5-Year Estimate)

Many businesses evaluate forklift investments using total cost of ownership (TCO) rather than purchase price alone.

Example five-year cost comparison for a 2.5-tonne forklift:

This example shows how electric forklifts can deliver substantial long-term cost savings, particularly in operations with consistent daily usage.

Charging vs Refuelling

Electric forklifts and LPG forklifts differ significantly in how they are powered during operations.

Electric forklift charging

• Lithium-ion batteries: 1–3 hours charging
• Lead-acid batteries: 6–8 hours plus cooling time
• Opportunity charging during breaks can extend runtime

LPG refuelling

• LPG cylinder swaps typically take 3–5 minutes
• Allows continuous multi-shift operation

For facilities operating 24-hour logistics cycles, LPG forklifts may provide greater operational flexibility. However, lithium-ion batteries are increasingly closing this gap through faster charging technologies.

Battery Charging Infrastructure

Switching to electric forklifts may require charging infrastructure. Typical requirements include:

• 1–3 charging stations for every 4–6 forklifts
• charging station cost: $5,000 – $15,000 each
• electrical upgrades: $10,000 – $20,000 for mid-size warehouses

Opportunity charging allows operators to top up batteries during breaks, extending operational runtime without full recharge cycles.

Some Australian warehouses also integrate solar power systems, which can significantly reduce charging costs and improve long-term energy efficiency.

2026 Energy Cost Outlook

Energy pricing trends also influence forklift operating costs.

Electric forklifts benefit from relatively stable electricity prices, typically around $0.25 per kWh in Australia. Warehouses with rooftop solar installations may achieve extremely low charging costs.

LPG fuel costs are more volatile and are influenced by global energy markets. Fuel excise indexation can gradually increase LPG operating expenses over time.

As lithium battery prices continue to fall, electric forklifts are expected to become increasingly cost-competitive for warehouse operations.

Which Forklift Suits Different Warehouse Environments?

Different operational environments favour different forklift technologies.

E-commerce fulfilment warehouses

Electric forklifts are commonly preferred because they:

• produce zero emissions
• operate quietly
• suit indoor pallet movement

Food manufacturing facilities

Electric forklifts are widely used because they:

• improve indoor air quality
• reduce contamination risks
• comply with hygiene standards

Mixed indoor and outdoor logistics yards

LPG forklifts may be more practical because they:

• refuel quickly
• operate continuously across multiple shifts
• provide strong engine performance

How to Choose Between Electric and LPG Forklifts

Businesses evaluating forklifts should consider several operational factors.

Choose electric forklifts if your facility:

• operates primarily indoors
• requires low noise levels
• wants lower long-term operating costs
• prioritises emissions reduction

Choose LPG forklifts if your operation:

• requires rapid refuelling
• runs multiple shifts without downtime
• frequently operates outdoors
• handles heavier loads continuously

Understanding your facility’s operating environment is essential when selecting forklift technology.

Frequently Asked Questions

How long does electric forklift charging take compared to LPG refuelling?

Lithium-ion forklifts typically recharge in 1–3 hours, while lead-acid batteries require longer charging periods. LPG cylinders can usually be swapped in 3–5 minutes, enabling rapid refuelling.

Can electric forklifts be used outdoors?

Electric forklifts can operate outdoors in many environments, particularly in covered loading areas. However, LPG forklifts may perform better in dusty, uneven or heavy-duty outdoor conditions.

Are electric forklifts better for indoor warehouses?

Yes. Electric forklifts produce no exhaust emissions, making them well suited to indoor warehouse operations where ventilation and air quality are important considerations.

Compare Electric and LPG Forklift Suppliers

Businesses planning to purchase a forklift should compare multiple suppliers to identify the most suitable equipment. Important factors to evaluate include:

• lifting capacity and specifications
• battery technology and charging requirements
• supplier service support
• warranty coverage
• delivery timelines

Comparing quotes from multiple suppliers helps businesses find the best forklift solution for their operational requirements and budget.