Ocean University of China

Huaneng Information Technology Co., Ltd.

Huajun Li

Yang Zhang

Jun Xiao

Hongda Shi

Bingchen Liang

Fengguang Xue

Minnan Lu

Yubao Wang

Zhuxiao Shao

Dejuan Zhang

Jiale Wu

Ke Du

Huijun Gao

Xinxin Liang

Longbin Yang

The disclosure provides a safety production management system for a power plant, which belongs to the technical field of power systems, and includes a monitoring module used for real-time monitoring working state information of each electrical equipment and operating state information of workers in the power plant; a data analysis module used for analyzing the working state information and the operating state information obtained by the monitoring module; a production dispatching center module managing each electrical equipment and the workers based on analysis results of the data analysis module; a emergency management module used for receiving emergency management instruction sent by the production dispatching center module, and performing emergency closing or opening of each electrical equipment, reminding and standardizing behavior and operation of the workers.

Safety production management system for power plant

The present application relates to a method for selecting a wave height threshold, based on a target location, original wave height samples are acquired, and a wave height threshold interval are obtained; combined with wave height threshold and based on GPD and specified return period, a design wave height Hscorresponding to each threshold within the wave height threshold interval is calculated according to the sample wave height values which are greater that the threshold; a difference is calculated to obtain a stable threshold interval, and a threshold within the stable threshold interval is selected as a reasonable threshold for design wave height estimation. In this method, the stability of estimated values can be determined directly and objectively to realize wave height threshold selection.

Method for selecting wave height threshold

Growing community of inventors

Qingdao, China

Huajun Li