阅读说明：本技术 一种风能电站的气象监测系统 (Meteorological monitoring system of wind energy power station ) 是由 程林 于 2019-11-18 设计创作，主要内容包括：本发明公开了一种风能电站的气象监测系统,包括主控监测系统、气象数据采集系统、信息预报系统、定位系统和实时监控系统,所述主控监测系统包括大屏显示模块和数据处理模块,所述大屏显示模块包括气象信息显示模块、定位信息显示模块、风力资源信息显示模块和实时监控画面显示模块；本发明通过主控监测系统、气象数据采集系统、信息预报系统、定位系统和实时监控系统对风能电站的各参数和动态进行实时全面地掌握,同时针对性地在大屏幕上分类显示出来,直观性强；便于通过监控系统对故障位置进行排查,并通过定位系统直接确定位置信息,工作效率高；而且可以提前预支气象参数的异常变化,便于对恶劣天气及时采取防护措施。(The invention discloses a meteorological monitoring system of a wind energy power station, which comprises a main control monitoring system, a meteorological data acquisition system, an information forecasting system, a positioning system and a real-time monitoring system, wherein the main control monitoring system comprises a large-screen display module and a data processing module, and the large-screen display module comprises a meteorological information display module, a positioning information display module, a wind power resource information display module and a real-time monitoring picture display module; the system comprehensively grasps various parameters and dynamics of the wind power station in real time through the master control monitoring system, the meteorological data acquisition system, the information forecasting system, the positioning system and the real-time monitoring system, and meanwhile, the parameters and the dynamics are displayed in a classified manner on a large screen in a targeted manner, so that the intuition is strong; the fault position is conveniently checked through the monitoring system, the position information is directly determined through the positioning system, and the working efficiency is high; and abnormal changes of meteorological parameters can be predicted in advance, and protection measures can be taken conveniently in time in severe weather.)

1. The utility model provides a meteorological monitoring system of wind energy power station, its characterized in that, includes master control monitoring system, meteorological data collection system, information forecast system, positioning system and real-time monitoring system, master control monitoring system is connected with meteorological data collection system, information forecast system, positioning system and real-time monitoring system respectively, wherein:

the master control monitoring system comprises a large screen display module and a data processing module:

the large-screen display module is a multi-module display interface and comprises a meteorological information display module, a positioning information display module, a wind resource information display module and a real-time monitoring picture display module, wherein the meteorological information display module is connected with a meteorological data acquisition system and is used for displaying real-time meteorological dynamic changes of the position of the wind power station; the positioning information display module is connected with the positioning system and used for displaying geographic information of each wind wheel in the wind power station, including the azimuth, the height and the like of the wind wheel; the wind resource information display module is connected with the meteorological information display module and is used for independently displaying main relevant parameter information of the operation of a fan of the wind power station, wherein the main relevant parameter information comprises wind speed, wind direction, temperature, humidity and the like; the real-time monitoring picture display module is connected with the real-time monitoring system and is used for displaying the real-time environment dynamics of each power generation system of the wind power station;

the data processing module is connected with the large-screen display module, the data processing module comprises a data transmission module, a real-time clock module, a timing storage module and a parameter setting module, and the data transmission module comprises wireless transmission and wired transmission and is used for transmitting signals in a system; the real-time clock module is connected with a universal time networking system terminal and is used for matching time data of a corresponding wind power station; the timing storage module is used for timing storage and updating of data in the system; the parameter setting module comprises default parameters and historical data and is used for inputting and editing various working parameters of the wind power station;

the meteorological data acquisition system is connected with the meteorological station server terminal and is used for acquiring meteorological information issued by the meteorological station server terminal in real time, the meteorological data acquisition system comprises multi-parameter meteorological sensors arranged on each wind wheel support rod in the wind power station, and the multi-parameter meteorological sensors are used for acquiring a plurality of meteorological data parameters and sending the meteorological data parameters to the large-screen display module and the data processing module;

the information forecasting system is respectively connected with the parameter setting module, the large-screen display module and the meteorological data acquisition system, and is used for forecasting parameters which are out of the parameter range set by the parameter setting module in advance in meteorological data parameters acquired by the meteorological data acquisition system, sending the parameters to the large-screen display module and displaying the parameters in the meteorological information display module in red characters;

the positioning system is connected with the GPS positioning system, the positioning system comprises positioning sensors arranged on each wind wheel in the wind power station, and the positioning sensors are used for acquiring the position information of each wind wheel in the wind power station and sending the position information to the large-screen display module;

the real-time monitoring system comprises a plurality of cameras installed in the wind power station, the cameras are arranged on the wind wheel supporting rods at the same square and round area intervals, and the cameras are used for acquiring real-time environment dynamics in the wind power station and sending the real-time environment dynamics to the large-screen display module.

2. The weather monitoring system for the wind power plant according to claim 1, wherein the large-screen display module is a touch-operated human-machine interface for zooming, storing and transmitting the display modules of the large-screen display module.

3. The weather monitoring system for a wind power plant of claim 1, wherein the large screen display module is connected to the real time clock module and displays the corresponding time dynamic information on each display module.

4. The meteorological monitoring system for a wind power plant according to claim 1, wherein the meteorological data parameters include wind speed, wind direction, temperature, humidity, rainfall, air pressure, solar radiation, and the like.

5. The weather monitoring system for a wind power plant according to claim 1, wherein the information forecasting system includes a forecasting time setting module for setting a time for forecasting in advance.

Technical Field

The invention relates to the technical field of wind power stations, in particular to a meteorological monitoring system of a wind power station.

Background

A wind power plant drives a wind turbine by wind energy to drive a generator to produce electric energy. With the development of global economy, the wind energy market has also rapidly developed. The installed capacity of the global wind power in 2007 is 9 gigawatts, the installed capacity of the global wind power in 2008 is increased by 28.8%, the installed capacity of the global wind power at the end of 2008 is more than 12.08 gigawatts, and the emission reduction is equivalent to 1.58 million tons of carbon dioxide. With the development of technical progress and environmental protection, wind power generation will be completely competitive with coal-fired power generation in commerce. The wind energy belongs to renewable energy, has the advantages of no pollution, cleanness, good environmental benefit, renewability, inexhaustibility, short capital construction period, less investment, flexible installation scale, relatively mature technology and the like, and has wide application prospect.

The existing meteorological monitoring system of the wind power station is not perfect enough, the monitoring data is not comprehensive enough, once a fault occurs, the specific position of the fault is difficult to determine in time, manual investigation is needed, and the workload is large; meanwhile, real-time dynamic information in the power station cannot be mastered in real time, display parameters in the monitoring system are limited, reference data are few, effective parameter changes cannot be well predicted for changeable weather conditions, and the monitoring range is limited.

Disclosure of Invention

The technical problems to be solved by the invention are that the existing wind power station meteorological monitoring system is not perfect enough, the monitoring data is not comprehensive enough, the real-time dynamic information in the power station cannot be mastered in real time, the display parameters in the monitoring system are limited, and the monitoring range is limited.

In order to solve the technical problems, the invention provides the following technical scheme:

the invention provides a meteorological monitoring system of a wind energy power station, which comprises a main control monitoring system, a meteorological data acquisition system, an information forecasting system, a positioning system and a real-time monitoring system, wherein the main control monitoring system is respectively connected with the meteorological data acquisition system, the information forecasting system, the positioning system and the real-time monitoring system, and the meteorological monitoring system comprises:

the master control monitoring system comprises a large screen display module and a data processing module:

the large-screen display module is a multi-module display interface and comprises a meteorological information display module, a positioning information display module, a wind resource information display module and a real-time monitoring picture display module, wherein the meteorological information display module is connected with a meteorological data acquisition system and is used for displaying real-time meteorological dynamic changes of the position of the wind power station; the positioning information display module is connected with the positioning system and used for displaying geographic information of each wind wheel in the wind power station, including the azimuth, the height and the like of the wind wheel; the wind resource information display module is connected with the meteorological information display module and is used for independently displaying main relevant parameter information of the operation of a fan of the wind power station, wherein the main relevant parameter information comprises wind speed, wind direction, temperature, humidity and the like; the real-time monitoring picture display module is connected with the real-time monitoring system and is used for displaying the real-time environment dynamics of each power generation system of the wind power station;

the data processing module is connected with the large-screen display module, the data processing module comprises a data transmission module, a real-time clock module, a timing storage module and a parameter setting module, and the data transmission module comprises wireless transmission and wired transmission and is used for transmitting signals in a system; the real-time clock module is connected with a universal time networking system terminal and is used for matching time data of a corresponding wind power station; the timing storage module is used for timing storage and updating of data in the system; the parameter setting module comprises default parameters and historical data and is used for inputting and editing various working parameters of the wind power station;

the meteorological data acquisition system is connected with the meteorological station server terminal and is used for acquiring meteorological information issued by the meteorological station server terminal in real time, the meteorological data acquisition system comprises multi-parameter meteorological sensors arranged on each wind wheel support rod in the wind power station, and the multi-parameter meteorological sensors are used for acquiring a plurality of meteorological data parameters and sending the meteorological data parameters to the large-screen display module and the data processing module;

the information forecasting system is respectively connected with the parameter setting module, the large-screen display module and the meteorological data acquisition system, and is used for forecasting parameters which are out of the parameter range set by the parameter setting module in advance in meteorological data parameters acquired by the meteorological data acquisition system, sending the parameters to the large-screen display module and displaying the parameters in the meteorological information display module in red characters;

the positioning system is connected with the GPS positioning system, the positioning system comprises positioning sensors arranged on each wind wheel in the wind power station, and the positioning sensors are used for acquiring the position information of each wind wheel in the wind power station and sending the position information to the large-screen display module;

the real-time monitoring system comprises a plurality of cameras installed in the wind power station, the cameras are arranged on the wind wheel supporting rods at the same square and round area intervals, and the cameras are used for acquiring real-time environment dynamics in the wind power station and sending the real-time environment dynamics to the large-screen display module.

As a preferred technical solution of the present invention, the large-screen display module is a human-machine interface operated by touch, and is used for performing operations such as zooming, storing, and sending on each display module of the large-screen display module.

As a preferred technical solution of the present invention, the large screen display module is connected to the real-time clock module, and displays corresponding dynamic time change information on each display module.

As a preferred technical solution of the present invention, the meteorological data parameters include wind speed, wind direction, temperature, humidity, rainfall, air pressure, solar radiation, and the like.

As a preferred technical solution of the present invention, the information forecasting system includes a forecasting time setting module for setting a time forecasted in advance.

The invention has the following beneficial effects: the system comprehensively grasps various parameters and dynamics of the wind power station in real time through the master control monitoring system, the meteorological data acquisition system, the information forecasting system, the positioning system and the real-time monitoring system, and meanwhile, the parameters and the dynamics are displayed in a classified manner on a large screen in a targeted manner, so that the intuition is strong; the fault position is conveniently checked through the monitoring system, the position information is directly determined through the positioning system, and the working efficiency is high; and abnormal changes of meteorological parameters can be predicted in advance, and protection measures can be taken conveniently in time in severe weather.

Detailed Description

The following description of the preferred embodiments of the present invention is provided for the purpose of illustration and description, and is in no way intended to limit the invention.