How to calculate electric forklift operating cost per hour for warehouse budgeting

Accurate cost per hour calculation is essential for warehouse budgeting with electric forklifts. Begin with depreciation: divide the purchase price by the estimated total operating hours over the forklift's life. For example, a forklift costing $30,000 with 10,000 expected hours gives $3 per hour depreciation. Next, energy cost: determine the battery charger's electricity consumption per hour and multiply by your local rate per kWh. Assuming 5 kWh per hour and $0.12 per kWh, energy cost is $0.60. Battery maintenance includes watering, cleaning, and eventual replacement. Estimate annual battery cost divided by annual operating hours. Tire wear depends on floor surface; calculate based on replacement cost and average life in hours. Maintenance and repairs: set aside a percentage of purchase price per hour, often 5–10%. Operator labor: include wages and benefits. For instance, $20 per hour wage plus 25% burden gives $25. Sum all components: depreciation $3, energy $0.60, battery $0.50, tires $0.30, maintenance $0.80, labor $25. Total = $30.20 per hour. Adjust based on your specific conditions, such as duty cycle and facility. For optimized solutions, Jianshu New Energy offers guidance on energy-efficient models. When evaluating equipment, consider robust options like BYD Forklift known for reliable performance. Use this calculation to create an accurate budget. For further assistance, email 17399989919@163.com.