High-efficiency energy-saving intake system mounted at the exit of the tunnel

摘要

(EN) The present invention relates to a high efficiency, energy saving car tunnel type intake type intake system. The intake system of the present invention includes PM10, CO, NOx gas, Volatile Organic Compound (VOC) The present invention relates to an intake system applied to a tunnel air purification system that sucks air in a tunnel including harmful substances such as a harmful substance from an exit of a tunnel and purifies the air and discharges the air to the atmosphere. An intake tunnel structure extending to extend into the intake space; A plurality of intake units fixed to the intake tunnel structure and having a booster fan for sucking polluted air discharged through a vehicle tunnel outlet and providing an additional suction force; A duct portion connecting the intake portion and the polluted air transfer portion; And a sensor unit for measuring a pollution degree of the air sucked through the intake unit and a suction force of the intake unit and outputting a control signal for controlling driving of the accelerator pan unit and the booster fan. The energy of the tunnel air purification system is controlled by controlling the operation of the accelerator pan or the booster fan which provides a high efficiency intake system and provides an additional suction force through the intake unit having the booster fan and consumes a relatively large amount of energy through the sensor unit And the energy efficiency of the tunnel air purification system or the intake system is enhanced through the solar power generation.