Electric forklifts are material handling equipment powered by batteries, converting chemical energy into electrical energy. They are mainly classified into four-way electric forklifts, electric pallet stackers, and manual electric lift stackers. They utilize transistor controllers (SCRs and MOSFETs) to enhance performance and are characterized by being pollution-free, easy to operate, energy-efficient, and highly effective. For daily use, batteries should not be laid horizontally and should be replenished with distilled water regularly.
Battery-powered forklifts use batteries as their power source, driving a drive motor and a hydraulic system motor to achieve driving and loading/unloading operations. Electric forklifts are loading and unloading vehicles powered by DC power (batteries). In terms of new materials and processes, the most important manifestation is the application of transistor controllers (SCRs and MOSFETs). Their emergence has greatly improved the performance of electric forklifts. Overall, the durability, reliability, and applicability of electric forklifts have been significantly improved, making them fully competitive with internal combustion engine forklifts.
