Introduction

Due to the terraced terrain in the Taoyuan area, the river basin area is small and the water collection area is small. Before the construction of water conservancy facilities such as reservoirs and Dazhen, it mostly relied on water storage in ponds of various sizes. In addition, agricultural irrigation channels are well developed, so it is everywhere. It can be seen that the water gate facilities hidden in the city are under the jurisdiction and maintenance of the Water Affairs Bureau of the Taoyuan City Government or the Farmland Water Conservancy Association.

In order to strengthen regional flood control and diversion capabilities and the development of remote digital control and other technologies has matured, the Taoyuan City Government Water Affairs Bureau led the "Watergate Remote Monitoring Project" to promote the upgrading of watergate facilities, making it like a digital technology system monitoring station, which can instantly send back data Project information is uploaded to the exclusive platform and achieves goals such as remote control of water gates and automatic control of water gates, effectively improving regional flood control and diversion capabilities, speeding up disaster response efficiency, and achieving added value such as saving manpower to operate water gates.

Project performance and benefits

Our company assists Taoyuan City Government Water Affairs Bureau in planning and implementing the "Watergate Remote Monitoring Project", including the exclusive operation display platform and the construction of Watergate hardware facilities, and provides long-term warranty maintenance and operation services.

Among many dredging and flood control projects, it is the first time to see such a complete integrated application system, which is highly affirmed by many advanced parties. As a solid and powerful project highlight, this system effectively improves the flood control and diversion capabilities of various regional channels, and 24-hour real-time information. Quickly respond to on-site conditions, speed up disaster response efficiency, and achieve remote control to save time for water gate operators to arrive at the disaster site and save additional value such as manpower.。