Recently, the ship anchor monitoring system manufactured by Weite Technology Co., Ltd. was successfully delivered for use in the 400MW offshore photovoltaic project (HG30) of China National Nuclear Corporation Yantai Zhaoyuan.

The project is located in the northern sea area of Zhaoyuan City, invested and constructed by CGN New Energy (Yantai) Co., Ltd. with a total investment of 2.596 billion yuan. It mainly constructs an offshore photovoltaic power station with a capacity of 400MW, and is supported by the construction of a 220kV booster station. It is a model project of independent innovation and leading technology in the field of offshore photovoltaics in China. The development model is the first in the country.

The anchor monitoring system provided by Weite serves the construction ship of this project, monitoring all anchor point data on the ship in real time and providing alarm and control signals. When an alarm signal appears in a certain anchor point data, safety measures need to be taken in a timely manner to avoid mechanical structure damage or even safety accidents caused by excessive force on a single point.

The above photo shows the single point control cabinet for monitoring the anchor machine, which monitors the anchor cable tension and extension length in real-time during the operation of the winch.

The force measuring device of the anchor has been widely used on lifting vessels, engineering ships, and various large barges, especially during offshore operations and berthing. This detection device can provide very practical data information.

Our company's anchor monitoring system integrates anchor cable force measurement and synchronously monitors the length of anchor cable deployment. When all anchor point data is summarized in one place, the system can analyze and apply the anchor point data of the entire ship. If the monitoring system can still be combined with the ship's electrical control system, it can even enable the anchor machine to automatically complete the retraction and release actions according to actual needs. This effectively reduces or even eliminates the safety risks associated with manual operations when dealing with extreme weather conditions such as typhoons.