A trolley conductor
energy storage type construction
elevator comprises a
power grid, a charger, trolley conductors, a
battery pack unit, a
direct current converter, an
electric control component, a motor, an
inverter and a
brake, the charger is electrically connected with the
power grid, the trolley conductors are electrically connected with the charger, the
battery pack unit is electrically connected with the trolley conductors through a
brush, the
direct current converter is electrically connected with the
battery pack unit, the
electric control component is electrically connected with the
direct current converter, the motor is connected with the
electric control component, and the
inverter is electrically connected with the motor. When power is on, the trolley conductors are connected with the
power grid to drive the construction
elevator and charge the battery pack unit; when power is off, the battery pack unit is utilized to drive the construction
elevator; the installation of power cables, cable trolleys and cable protectors is reduced, so that the intensity of installation is decreased; meanwhile, the shutdown of the construction elevator as the result of the breakage of the conductors of power cables and the outage of a
power station is prevented, consequently,
safety risk is decreased, and the production efficiency and
usability of the construction elevator are increased; and meanwhile, when the construction elevator goes down, the redundant energy generated by the regenerative braking of the motor can be converted into
electricity which can charge the battery pack unit.