Environmentally Friendly Material Handling Equipment
As manufacturers and end-users alike increasingly look to implement sustainability initiatives, the electric forklift has emerged as an effective yet environmentally friendly material handling equipment solution. In recognition of this trend towards sustainability, we’ve listed the top reasons behind the emergence of the electric forklift as the preferred alternative to traditional internal combustion options.
Efficient AC Power
Unlike previous DC models, modern electric forklifts utilize highly efficient AC motors that require less power on start-up and during acceleration. The reduced power demands of electric forklifts improve energy efficiency and extend runtimes between charges. As a result, the total cost of ownership for an average electric forklift is $0.80-3.00 per hour of operation. The variable speed and torque of AC motors also enables users to adjust the operation of the forklift to their unique needs and environment, which helps to prevent excessive speeds and/or aggressive driving.
By replacing the internal combustion engine with an efficient AC electric motor, electric forklifts produce no direct emissions or exhaust fume, removing up to 20,000 lbs. of carbon from the environment for every 2,000 hours of operation. The net effect can dramatically improve the overall air quality of a facility, reduce ambient noise and vibration, and limit product damage (especially to sensitive consumer electronics). Beyond emissions, electric forklifts also eliminate many other waste products found in internal combustion forklifts including countless fluids, oils and lubricants.
With a rechargeable power source, electric forklifts consume less energy per shift than their internal combustion counterparts as the advances in battery design and technology provide longer periods between charges and require less space for storage and charging.
Regenerative Braking Systems
Rather than waste the kinetic energy produced during deceleration, some electric forklift models recover this energy through regenerative braking technology to further reduce energy consumption and extend run-time between charges. As an operator backs off the accelerator to slow down or change directions, the electric motor acts as a generator by reversing direction to recapture the kinetic energy of the vehicle. Since this process reduces the friction and heat produced by the braking system, regenerative braking systems also reduce the wear and tear on the braking system as well.