Water-light complementary energy-storing remote control sluice system

TL;DR: In this paper, a water-light complementary energy-storing remote control sluice system is presented, which consists of a solar device, a hydraulic generator, a gate and an openness and limiting device.

Abstract: The invention discloses a water-light complementary energy-storing remote control sluice system. The system comprises a solar device, a hydraulic generation device, a gate and an openness and limitingdevice thereof, an information collection device, a gate control device, a storage battery and a server platform; the gate control device comprises a control module, a wireless interaction module, adisplay interaction module and an information collection module, and used for controlling the solar device, the hydraulic generation device or the storage battery to supply power for the system; the control gate and the openness and limiting device is started or stopped, and the controls the information collection device and the server platform to perform information interaction. Based on the lowpower consumption design, a wireless communication network adopts a DC motor as a power source, the optical fiber and the AC are needless at site, the sluice can be remotely controlled, thereby greatly saving construction, manpower and equipment cost. The limitation on a mounting location is avoided, the gate mounting location can be well selected, thereby precisely controlling and metering the water source.