Russian Federation
Voronezh, Russian Federation
This work is devoted to the research and development of an energy-saving hydraulic drive for the rotation mechanism of a forest hydraulic manipulator column. A review of existing scientific works on this topic has been conducted. The main goal is to reduce energy consumption and dynamic loads on the logging manipulator by improving the hydraulic drive. To achieve this goal, a method for experimental research has been developed, and a special laboratory bench has been created to simulate the operation of an energy-saving hydraulic drive for the rotation mechanism of the column.
manipulator, rotary mechanism, energy-saving hydraulic drive, efficiency, energy saving, recovery
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