CN104951492B - Based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning and system - Google Patents
Based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning and system Download PDFInfo
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- CN104951492B CN104951492B CN201410704646.8A CN201410704646A CN104951492B CN 104951492 B CN104951492 B CN 104951492B CN 201410704646 A CN201410704646 A CN 201410704646A CN 104951492 B CN104951492 B CN 104951492B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A30/00—Adapting or protecting infrastructure or their operation
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A90/00—Technologies having an indirect contribution to adaptation to climate change
- Y02A90/10—Information and communication technologies [ICT] supporting adaptation to climate change, e.g. for weather forecasting or climate simulation
Abstract
The invention discloses based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning and system, coordinate setting is carried out to weather monitoring station in power network GIS platform, and the weather monitoring of weather monitoring station, early warning location information are shown in power grid GIS map by Coordinate Conversion, set up weather monitoring and early warning location information figure layer；Set up wind farm equipment figure layer；Weather monitoring and early warning location information figure layer are associated with the matching of wind farm equipment figure layer, realizes and the early warning analysis of wind farm equipment weather information real-time exhibition, meteorological disaster is shown.The generation for diastrous weathers such as typhoon, heavy rain, the strong convections of grid equipment such as wind power plant is realized with developing real-time monitoring directly perceived and comprehensive, and follows the trail of the motion and differentiation of this kind of weather system, analysis foundation is provided for prediction diastrous weather.
Description
Technical field
The present invention relates to the weather warning field of power system, and in particular to based on power grid GIS wind power plant Professional Meteorological prison
Survey and method for early warning and system.
Background technology
As China's wind-power electricity generation, thermal power generation quickly flourish, with wind-powered electricity generation can for power supply source, the required energy be by
Wind energy is provided.Wind power generation or wind-power electricity generation.Belong to regenerative resource, clean energy resource.Wind-power electricity generation is the weight of wind energy utilization
Form is wanted, wind energy is the energy renewable, pollution-free, that energy is big, prospect is wide.Recognize from State Grid Corporation of China, 2012 6
Month, China's grid connected wind power reaches 52,580,000 kilowatts, and the first in the world wind-powered electricity generation big country is turned into more than the U.S..China's bulk power grid operation strong wind
The ability of electricity enters world lead level, is that China seizes new energy strategic industry development first chance, reply Global climate change etc.
Make outstanding contributions.
However, the extreme weather such as sleet and snow ice, typhoon, strong convection frequently occurs in recent years, to wind power plant generating set etc.
Electric power facility causes serious harm and loss.The region of meteorological disaster is strong, judges that the time is short, when its degree of strength, influence
Between, coverage on wind farm equipment, operation etc. influence it is also variant.Weather information is believed as the independence in network system
Breath, is not combined with power network GIS platform system, often only obtains weather information, can not but associated, also cannot with network system
In time, the accurate meteorological disaster that obtains runs the influence brought to grid equipment so that meteorological corresponding pre- to not having for power network
Alert effect.As operation of power networks and emergency disposal are needed to the meteorological technical support such as real-time weather information, all kinds of disaster monitoring early warning
More and more higher is sought, the power network weather monitoring forecasting and warning ability for improving wind power plant electric power facility is needed badly.On the other hand, power network is to gas
Image information acquisition modes are simple, and accuracy and applicability be not high.Lack associating for weather information and wind farm equipment.
The content of the invention
For solve prior art exist deficiency, the invention discloses based on power grid GIS wind power plant Professional Meteorological monitoring and
Method for early warning and system, wind farm equipment is combined with meteorological element information, the equipment such as wind power generating set and power network fortune
Line mode associates meteorological data, is accurately analyzed and researched, by the application to meteorological data, improves operation of power networks forecasting and warning
Precision, effectively reduction emergency resources waste.Realize for disasters such as typhoon, heavy rain, the strong convections of wind farm equipment
Property weather generation and development be directly perceived and comprehensive real-time monitoring, and follow the trail of the motion and differentiation of this kind of weather system, be pre-
Survey forecast diastrous weather and analysis foundation is provided.
To achieve the above object, concrete scheme of the invention is as follows：
Based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning, including following methods：
Step one：Coordinate setting is carried out to weather monitoring station in power network GIS platform, and is supervised meteorology by Coordinate Conversion
The weather monitoring of survey station, early warning location information are shown in power grid GIS map, set up weather monitoring and early warning location information figure
Layer；
Step 2：The wind power plant geographical coordinate to wind farm equipment, running situation is completed to comb, it is flat in power grid GIS
Coordinate setting is carried out to wind farm equipment in platform, wind farm facility information is shown to by power network by Coordinate Conversion
In GIS map, wind farm equipment figure layer is set up；
Step 3：Weather monitoring and early warning location information figure layer are associated with the matching of wind farm equipment figure layer, realized
Early warning analysis displaying to wind farm equipment weather information real-time exhibition, meteorological disaster.
Coordinate transformation method in the step one is：Believed first according to the weather monitoring of weather monitoring station and early warning positioning
Breath carries out calibrating coordinates, then by the weather monitoring of weather monitoring station and early warning location information by 16 systems conversion coordinate, then enter
One step is converted into binary system coordinate system and the weather monitoring of weather monitoring station and early warning location information is navigated into power grid GIS map
In.
Coordinate transformation method is in the step 2：Sat first according to the geographic coordinate information of wind farm equipment
Calibration is accurate, then the geographic coordinate information of wind farm equipment is further converted into two and entered by 16 systems conversion coordinate
Coordinate system processed navigates to the geographic coordinate information of wind farm equipment in power grid GIS map.
The weather monitoring and the method for building up of early warning location information figure layer are：According to weather monitoring in weather monitoring station and
Coordinate information of the early warning location information in GIS map, sets up corresponding weather monitoring and early warning location information in GIS map
Figure layer.
The method for building up of the wind farm equipment figure layer is：Wind farm equipment is included in power network GIS platform
Geographical coordinate, the coordinate information of wind farm equipment is directly exported into GIS map by power network GIS platform, according to wind-powered electricity generation
The coordinate information of field grid equipment sets up corresponding wind farm equipment figure layer in GIS map.
Weather monitoring and early warning location information figure layer and wind farm equipment figure layer are subjected to matching association, specific bag
Include：Real-time weather monitoring and early warning location information and the progress of wind farm device data is integrated and shared, with chart, column
Figure, Line Chart form are shown analysis to wind farm equipment real-time weather information.
Based on the monitoring of power grid GIS wind power plant Professional Meteorological and early warning system, including：
Weather monitoring and early warning location information layer building module, for entering in power network GIS platform to weather monitoring station
Row coordinate setting, and the weather monitoring of weather monitoring station, early warning location information are shown to by power grid GIS map by Coordinate Conversion
In, set up weather monitoring and early warning location information figure layer；
Wind farm equipment layer building module, for complete wind power plant geographical coordinate to wind farm equipment,
Running situation is combed, and coordinate setting is carried out to wind farm equipment in power network GIS platform, by Coordinate Conversion by wind power plant
Grid equipment presentation of information sets up wind farm equipment figure layer into power grid GIS map；
Relating module is matched, for weather monitoring and early warning location information figure layer to be matched with wind farm equipment figure layer
Association, realizes and the early warning analysis of wind farm equipment weather information real-time exhibition, meteorological disaster is shown.
Coordinate Conversion in the weather monitoring and early warning location information layer building module, for first according to meteorology prison
The weather monitoring and early warning location information of survey station carry out calibrating coordinates, then the weather monitoring of weather monitoring station and early warning positioning are believed
Breath changes coordinate by 16 systems, is further converted into binary system coordinate system and determines the weather monitoring of weather monitoring station and early warning
Position Information locating is into power grid GIS map.
Coordinate Conversion in the wind farm equipment layer building module, for first according to wind farm equipment
Geographic coordinate information carry out calibrating coordinates, then by the geographic coordinate information of wind farm equipment pass through 16 systems conversion sit
Mark, is further converted into binary system coordinate system and the geographic coordinate information of wind farm equipment is navigated into power grid GIS map
In.
The weather monitoring and early warning location information layer building module, be specially：According to meteorological prison in weather monitoring station
The coordinate information of survey and early warning location information in GIS map, sets up corresponding weather monitoring and early warning positioning in GIS map
Information figure layer.
The wind farm equipment layer building module, be specially：Wind farm equipment is included in power network GIS platform
Geographical coordinate, the coordinate information of wind farm equipment is directly exported into GIS map by power network GIS platform, according to wind
The coordinate information of electric field grid equipment sets up corresponding wind farm equipment figure layer in GIS map.
Weather monitoring and early warning location information figure layer are associated with the matching of wind farm equipment figure layer, realized to wind power plant
The early warning analysis displaying of grid equipment weather information real-time exhibition, meteorological disaster.
Wind power plant power equipment weather monitoring, forecasting and warning method based on power network GIS platform are by wind power plant generating set
Associated etc. important grid equipment with real-time weather information, when disaster occurs, the very first time grasps the current meteorological letter of grid equipment
Breath, lifting wind farm equipment is to extreme weather and natural calamity emergency capability.
Beneficial effects of the present invention：
1st, by satellite, radar, the real-time monitoring of weather station and weather forecast result, before meteorological disaster generation, lead to
System detectio forecasting and warning mode is crossed, disaster early-warning information is issued in time for wind power plant, to strengthen wind power plant reply meteorological disaster
Initiative, be prevented effectively from or reduce the loss that meteorological disaster is caused.
2nd, the wind farm meteorological monitoring based on power network GIS platform, forecasting and warning method are by the important grid equipment such as wind power plant
Associated with real-time weather information, when disaster occurs, the very first time grasps the current weather information of grid equipment, lifts wind power plant
To extreme weather and natural calamity emergency capability.
3rd, the generation for diastrous weathers such as the typhoons, heavy rain, strong convection of the grid equipments such as wind power plant and hair are realized
Exhibition real-time monitoring directly perceived and comprehensive, and the motion and differentiation of this kind of weather system are followed the trail of, it is prediction diastrous weather
Analysis foundation is provided.
Brief description of the drawings
Fig. 1 is weather monitoring early warning flow chart of the present invention.
Embodiment：
The present invention is described in detail below in conjunction with the accompanying drawings：
As shown in figure 1, based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning, comprising the following steps：
(1) coordinate setting is carried out to weather monitoring station in power network GIS platform, weather monitoring, early warning location information is shown
Show in power grid GIS map, set up meteorological figure layer；
(2) complete to comb the whole province's wind power plant geographical coordinate, running situation, set up equipment figure layer；
(3) weather monitoring and early warning location information figure layer are associated with the matching of wind farm device coordinate information figure layer,
Realize and the early warning analysis of wind farm equipment weather information real-time exhibition, meteorological disaster is shown.
The step (1) is set up in power network GIS platform and carries out coordinate setting to weather monitoring station, by weather monitoring, early warning
Location information is shown in power grid GIS map, sets up meteorological figure layer.
It is created as combing positioning to the whole province's wind power plant geographical coordinate, running situation in the step (2), sets up wind power plant and set
Standby figure layer.
Based on the monitoring of power grid GIS wind power plant Professional Meteorological and early warning system, including：
Weather monitoring and early warning location information layer building module, for entering in power network GIS platform to weather monitoring station
Row coordinate setting, and the weather monitoring of weather monitoring station, early warning location information are shown to by power grid GIS map by Coordinate Conversion
In, set up weather monitoring and early warning location information figure layer；
Wind farm equipment layer building module, for complete wind power plant geographical coordinate to wind farm equipment,
Running situation is combed, and coordinate setting is carried out to wind farm equipment in power network GIS platform, by Coordinate Conversion by wind power plant
Grid equipment presentation of information sets up wind farm equipment figure layer into power grid GIS map；
Relating module is matched, for weather monitoring and early warning location information figure layer to be matched with wind farm equipment figure layer
Association, realizes and the early warning analysis of wind farm equipment weather information real-time exhibition, meteorological disaster is shown.
Coordinate Conversion in the weather monitoring and early warning location information layer building module, for first according to meteorology prison
The weather monitoring and early warning location information of survey station carry out calibrating coordinates, then the weather monitoring of weather monitoring station and early warning positioning are believed
Breath changes coordinate by 16 systems, is further converted into binary system coordinate system and determines the weather monitoring of weather monitoring station and early warning
Position Information locating is into power grid GIS map.
Coordinate Conversion in the wind farm equipment layer building module, for first according to wind farm equipment
Geographic coordinate information carry out calibrating coordinates, then by the geographic coordinate information of wind farm equipment pass through 16 systems conversion sit
Mark, is further converted into binary system coordinate system and the geographic coordinate information of wind farm equipment is navigated into power grid GIS map
In.
The weather monitoring and early warning location information layer building module, be specially：According to meteorological prison in weather monitoring station
The coordinate information of survey and early warning location information in GIS map, sets up corresponding weather monitoring and early warning positioning in GIS map
Information figure layer.
The wind farm equipment layer building module, be specially：Wind farm equipment is included in power network GIS platform
Geographical coordinate, the coordinate information of wind farm equipment is directly exported into GIS map by power network GIS platform, according to wind
The coordinate information of electric field grid equipment sets up corresponding wind farm equipment figure layer in GIS map.
The major weather disaster factor of influence wind power plant safe operation has thunderstorm, typhoon, accumulated ice, extreme low temperature and sand and dust
Cruelly.According to the monitoring in real time of the meteorology of weather monitoring station, with reference to Shandong topography and power network GIS platform equipment drawing layer data, point
Summer thunderstorm, typhoon are analysed, winter extreme low temperature, Spring Sand-dust Storm and atmospheric density are powered to equipment such as wind power plant Wind turbines
Influence, and carry out disaster alarm in time, reduction emergency resources are wasted, it is ensured that equipment personal security.
The present invention is established based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning.By meteorological monitoring number in real time
Combined according to wind farm facility, in real time monitoring wind power plant outer environment state, greatly improve the range of power network monitoring with
Precision.Using power network GIS platform as support, the various wind power plant electric power facilities of the whole province can be realized and be accurately positioned, set up basis electricity
Network Geographical information figure layer.On the other hand, meteorological monitoring in real time and warning information are accessed into GIS platform, sets up meteorological figure layer.Pass through
Wind power plant power equipment is associated to weather monitoring point location, information inquiry directly perceived, conveniently, interactive and search function can be achieved,
The data implemented are shown to emergency worker.
Claims (6)
1. based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning, it is characterized in that, including following methods：
Step one：Coordinate setting is carried out to weather monitoring station in power network GIS platform, and by Coordinate Conversion by weather monitoring station
Weather monitoring, early warning location information be shown in power grid GIS map, set up weather monitoring and early warning location information figure layer；
Step 2：Complete the wind power plant geographical coordinate to wind farm equipment, running situation to comb, in power network GIS platform
To wind farm equipment carry out coordinate setting, by Coordinate Conversion by wind farm facility information with being shown to power grid GIS
In figure, wind farm equipment figure layer is set up；
Step 3：Weather monitoring and early warning location information figure layer are associated with the matching of wind farm equipment figure layer, realized to wind
The early warning analysis displaying of electric field grid equipment weather information real-time exhibition, meteorological disaster；
Coordinate transformation method in the step one is：Entered first according to the weather monitoring of weather monitoring station and early warning location information
Row calibrating coordinates, then the weather monitoring of weather monitoring station and early warning location information by 16 systems are changed into coordinate, further
Binary system coordinate system is converted into navigate to the weather monitoring of weather monitoring station and early warning location information in power grid GIS map；
Coordinate transformation method is in the step 2：Coordinate school is carried out according to the geographic coordinate information of wind farm equipment first
Standard, then the geographic coordinate information of wind farm equipment is further converted into binary system seat by 16 systems conversion coordinate
Mark system navigates to the geographic coordinate information of wind farm equipment in power grid GIS map.
2. as claimed in claim 1 based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning, it is characterized in that, it is described
Weather monitoring and the method for building up of early warning location information figure layer are：According to weather monitoring in weather monitoring station and early warning location information
Coordinate information in GIS map, sets up corresponding weather monitoring and early warning location information figure layer in GIS map.
3. as claimed in claim 1 based on the monitoring of power grid GIS wind power plant Professional Meteorological and method for early warning, it is characterized in that, it is described
The method for building up of wind farm equipment figure layer is：The geographical coordinate of wind farm equipment is included in power network GIS platform, by wind
The coordinate information of electric field grid equipment is directly exported into GIS map by power network GIS platform, according to the seat of wind farm equipment
Mark information sets up corresponding wind farm equipment figure layer in GIS map.
4. based on the monitoring of power grid GIS wind power plant Professional Meteorological and early warning system, it is characterized in that, including：
Weather monitoring and early warning location information layer building module, for being sat in power network GIS platform to weather monitoring station
Position is demarcated, and the weather monitoring of weather monitoring station, early warning location information are shown in power grid GIS map by Coordinate Conversion,
Set up weather monitoring and early warning location information figure layer；
Wind farm equipment layer building module, for completing wind power plant geographical coordinate to wind farm equipment, operation
Situation is combed, and coordinate setting is carried out to wind farm equipment in power network GIS platform, by Coordinate Conversion by wind farm
Facility information is shown in power grid GIS map, sets up wind farm equipment figure layer；
Relating module is matched, for weather monitoring and early warning location information figure layer to be matched into pass with wind farm equipment figure layer
Connection, realizes and the early warning analysis of wind farm equipment weather information real-time exhibition, meteorological disaster is shown；
Coordinate Conversion in the weather monitoring and early warning location information layer building module, for first according to weather monitoring station
Weather monitoring and early warning location information carry out calibrating coordinates, then the weather monitoring of weather monitoring station and early warning location information are led to
16 systems conversion coordinate is crossed, binary system coordinate system is further converted into and believes the weather monitoring of weather monitoring station and early warning positioning
Breath is navigated in power grid GIS map；
Coordinate Conversion in the wind farm equipment layer building module, for first according to the ground of wind farm equipment
Manage coordinate information and carry out calibrating coordinates, then by the geographic coordinate information of wind farm equipment by 16 systems conversion coordinate, then
Binary system coordinate system is converted further into navigate to the geographic coordinate information of wind farm equipment in power grid GIS map.
5. as claimed in claim 4 based on the monitoring of power grid GIS wind power plant Professional Meteorological and early warning system, it is characterized in that, it is described
Weather monitoring and early warning location information layer building module, be specially：Positioned according to weather monitoring in weather monitoring station and early warning
Coordinate information of the information in GIS map, sets up corresponding weather monitoring and early warning location information figure layer in GIS map.
6. as claimed in claim 4 based on the monitoring of power grid GIS wind power plant Professional Meteorological and early warning system, it is characterized in that, it is described
Wind farm equipment layer building module, be specially：The geographical coordinate of wind farm equipment is included in power network GIS platform,
The coordinate information of wind farm equipment is directly exported into GIS map by power network GIS platform, according to wind farm equipment
Coordinate information corresponding wind farm equipment figure layer is set up in GIS map.
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| CN105162120B (en) * | 2015-10-08 | 2017-05-17 | 南京南瑞继保电气有限公司 | Web-GIS-based real-time geographical tidal current display method of large power grid |
| CN105891784B (en) * | 2016-04-11 | 2018-02-27 | 中国民航大学 | Wind turbine is towards method of estimation in the wind power plant clutter recognition of radar |
| CN107989753A (en) * | 2017-12-06 | 2018-05-04 | 北京天润新能投资有限公司 | A kind of wind power plant wind power generating set monitoring system and monitoring method based on exploitation map |
| CN109063975A (en) * | 2018-07-11 | 2018-12-21 | 国网黑龙江省电力有限公司电力科学研究院 | A kind of electric power microclimate disaster monitoring and prior-warning device |
| CN109115278B (en) * | 2018-10-18 | 2019-11-05 | 国网山东省电力公司应急管理中心 | A kind of fine early warning system of GIS power grid based on cable sensor |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202602366U (en) * | 2012-01-20 | 2012-12-12 | 北京市电力公司 | Power network server with meteorology function |
| CN103033855A (en) * | 2012-12-12 | 2013-04-10 | 江苏省电力公司电力科学研究院 | Grid meteorological disaster monitoring and early warning system |
| CN103383798A (en) * | 2012-05-04 | 2013-11-06 | 山西省电力公司阳泉供电公司 | Mountain fire hazard monitoring and prewarning analyzing method and system based on power grid GIS |
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| US9229132B2 (en) * | 2011-07-05 | 2016-01-05 | International Business Machines Corporation | Meteorological parameter forecasting |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202602366U (en) * | 2012-01-20 | 2012-12-12 | 北京市电力公司 | Power network server with meteorology function |
| CN103383798A (en) * | 2012-05-04 | 2013-11-06 | 山西省电力公司阳泉供电公司 | Mountain fire hazard monitoring and prewarning analyzing method and system based on power grid GIS |
| CN103033855A (en) * | 2012-12-12 | 2013-04-10 | 江苏省电力公司电力科学研究院 | Grid meteorological disaster monitoring and early warning system |
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