Tupu software is the digital twin of offshore wind power, striving to be the first

end 2021 year , There are already 127 Countries have made “ Carbon neutralization ” Commitment , Energy low-carbon transformation and carbon neutrality have become the common strategic goals of the world . According to the prediction of the authority , To 2050 year , Renewable power generation will account for... Of the global total power generation 75% above . As a typical representative of clean energy , Wind power will meet 35% Of electricity demand , And contribute to climate goals 27% Carbon emission reductions .

Go to the sea , Strive to be the first . Compared to land , Offshore wind power is more complex , Comparable to the moon landing project . Intelligence is one of the breakthroughs in the development of offshore wind power . When Meteorology 、 power 、 The running state of the equipment 、 And when the user side usage is well predicted , The utilization of energy and the economy of electricity will have a qualitative leap .

Software independent research and development engine based on Tupu HT for Web, Seamless integration 2D、3D technology , Achieve interactive Web 3D offshore wind power scene .

Panoramic roaming

The scene can be viewed from a free angle 、 Roaming and patrol inspection of wind farm by fixed route .

The system also has 3 There are different weather patterns , Match day and night scenes , You can switch and view the scene changes in different periods . And display the fan equipment information and centralized control center information in the path , Present the overall view of the wind farm to the users .

KPT Smudge

The scene will be drawn into a unique imitated water surface effect and a dynamic sky ball effect by algorithm . According to water surface texture and water surface fluctuation information , Simulate water surface effect . Realize water surface texture and wave information switching ; Water surface texture direction 、 Texture and flow direction adjustment ; Water surface color adjustment ; Light reflection intensity adjustment ; Light angle 、 Color adjustment ; Water surface wave size adjustment . Improve the visual fidelity of scene display , Enhanced three-dimensional sense and sense of hierarchy .

Production monitoring

Mapo Software HT The wind turbine model of the overall three-dimensional wind farm 、 Layout 、 Work 、 The status is based on the actual scenario 1：1 Restore . The user can choose the tour angle by himself , By zooming in on the scene 、 Zoom out, pan and other operations to view the scene effect and details . And set the environmental parameters 、 Real time generation index 、 Energy saving and emission reduction information and other data are accessed to Tupu software HT 2D panel , It is convenient for the operation and maintenance personnel to effectively control the operation of the whole base .

Visualization of environmental parameters

The marine environment is relatively worse , Especially in extreme weather conditions such as typhoons , Online monitoring of environmental parameters is particularly important . Mapo Software HT The engine monitors the result data and high-speed transmission media through docking sensors , Display the marine environment of offshore wind power operation area in a unified way , Include wave elements 、 The wind speed , visibility 、 precipitation 、 The waves of the sea 、 The tides 、 temperature 、 Monitoring of humidity and other items . All day 、 Early warning and prevention capability in multiple environments .

Visualization of generation statistics

Offshore wind power , It is a power generation method that converts offshore wind energy into electric energy , It's clean energy 、 Green energy “ Beautiful business card ”. Through intelligent management means, it is conducive to the improvement of offshore wind power generation .

Integrating big data 、 Mobile Internet 、 Artificial intelligence and other modern information technology 、 Advanced communication technology , Achieve wind farm energy efficiency financing .2D The panel displays the daily power generation of the fan 、 Monthly electricity generation 、 And the total cumulative power generation , And the power generation capacity and power generation difference of fans at different locations are displayed through the histogram . Assist the staff to analyze the cause of power loss , Evaluate inefficient fans . The wind turbine fault diagnosis system can be formed according to the maintenance experience , Based on data mining technology , Realize the intelligent diagnosis and treatment guidance of wind turbine .

Visualization of energy conservation and emission reduction

Energy saving and emission reduction module is highly integrated on the basis of other systems , Realize energy-saving information sharing and intelligent management , Online display saves standard coal and NOX Quantity and emission reduction CO2 and SO2 The sum of the , Effectively improve the efficiency and effectiveness of offshore wind power operation and management . To support the clean and low-carbon transformation of energy 、 help “ Double carbon ” Contribute to the realization of the goal .

Real time indicators and unit status visualization

Mapo Software HT Digital modeling based on wind farm , Multi dimensional real-time monitoring of fan operation status , Load parameters , Achieve preventive maintenance . adopt 2D、3D The seamlessly integrated panel shows the real-time indicators of fan working information and the number of unit states , Including load 、 Fan early warning processing rate 、 Untreated fans, etc . And grid connection 、 downtime 、 standby 、 maintain 、 offline 、 Number of failed fans . Rely on the data center to build remote fault early warning and diagnosis capability , Realize intelligent operation and maintenance services , Enhance efficiency .

security management

The safety management focuses on the fans 、 Submarine cable 、 The electronic fence is supervised from three aspects . Combined with all-round access of new energy equipment , Realize comprehensive data analysis and equipment early warning functions . Strengthen risk identification and prevention and control capability , Ensure the safety of business personnel , Scientifically promote the progress of offshore wind power projects .

Visualization of fan warning statistics

Through the main equipment of the wind farm “ Fan ” Conduct 1 Yes 1 regulatory , Interface with various types of fault alarm information of different equipment parts , Meet the needs of early warning analysis under various conditions .

Besides ,Hightopo Set the information module of early warning feedback and early warning defect elimination in the system , Including abnormal fan speed 、 The engine room control temperature is high 、 The hydraulic pump has no feedback . Through early warning analysis, the change trend of the fan can be found in advance , Adjust operating parameters , Arrange maintenance as soon as possible ; By eliminating defects in advance , Avoid small problems from expanding and causing failures , Provide effective methods and data analysis support for the implementation of preventive maintenance , So as to realize the real preventive maintenance , It promotes the specialization of operation modules .

For the non grid connected fans in the scene, the established color marks shall be supplemented , Combined with the current fan speed to drive the fan rotation animation in the grid connected state . Equipment abnormality can be quickly identified , Find out the faulty equipment in time , Quickly locate the fault point , And you can click the fault fan to view the fan fault information in time , For targeted fault diagnosis and treatment , Eliminate hidden dangers in time .

Visualization of submarine cable early warning statistics

Submarine cable （ Collector line ） It is the key component of power transmission in offshore wind farm , However, due to the change of transmission power 、 The seabed environment is complex 、 Diurnal temperature variation of the ocean 、 Seasonal temperature difference , And fishing 、 Shipping and undersea activities , Submarine cables are prone to overheating 、 Accidents such as anchor damage , Cause great losses .

Tupu software connects the new technology of optical fiber distributed sensing , Draw and render the submarine cable distribution trend .3D The scene vividly shows the distribution and operation of submarine cables , Double click the submarine cable with the left mouse button , The corresponding temperature will pop up 、 Current carrying capacity 、 Information about submarine cables such as strain force , Combined with Mapo Software HT Visualization data , Display the average and maximum values of parameters , It is convenient for managers to infer the real state under the data background , So as to carry out effective supervision .

The alarm type can be set freely according to the actual situation , For example, the temperature is abnormal , Environmental damage, etc , And refresh the display of abnormal conditions in real time . And alarm and locate abnormal submarine cables through corresponding fans , Judge whether the cable is damaged or whether the surrounding environment has changed , Ensure the safe operation of submarine cables .

Visualization of electronic fence anomaly statistics

The electronic fence of wind power water area and the equipped early warning system are for the safety monitoring of wind power water area 、 Early warning and maintenance provide visual solutions . Construction vessels can be obtained through docking with the ship affairs system 、 Fishing boat 、 Illegal invasion of ships and other relevant information , Combined with the invasion time 、 Time to leave , It can position the ship in real time （ Longitude and latitude ） And draw historical tracks , Improve the efficiency of monitoring management .

Use the graphic flapping software to visualize the rich design elements to visually display the huge and miscellaneous data of the electronic fence , When the ship approaches or invades the electronic fence , Specific alarm information appears in time , Remind the supervision management personnel to make the next decision quickly , So as to protect the relevant equipment and facilities in the electronic fence .

Video monitoring and early warning visualization

Traditional video surveillance is integrated into its own video surveillance system , Distinguish cameras by naming them with words , This approach can easily lead to a series of problems ： Video dispersion 、 isolated 、 Incomplete view 、 The location of the hardware is not clear . adopt HT The created 3D visualization system supports the actual points of the on-site camera , Access the corresponding camera video picture , Realize scene restoration .

The camera position distribution on the booster station can be clearly seen through the three-dimensional scene . Support scene interaction to call the corresponding monitoring video , Meet the real-time situation awareness of the scene by the operation and maintenance personnel 、 Historical data backtracking comparison 、 Emergency response plan and other monitoring requirements .

Construction Management

There are a lot of high-altitude operations in the construction phase of offshore wind farms , There are many potential safety hazards , It's dangerous , Especially for pile lifting 、 Transportation and personnel working at heights , Slight carelessness may lead to major safety accident , Cause significant adverse effects . The specific functions of the system cover the construction of offshore wind farms 、 The whole life cycle of operation and maintenance , Covering construction safety control 、 Construction quality 、 Fan 、 Integrated monitoring of construction progress . Aimed at safety 、 Reduced Edition 、 Dimensions such as efficiency increase play a greater role .

Visualization of construction progress and plan

Disclosure of construction progress by using 3D visualization technology of map flapping software . be based on HT Graphics engine , And for real scenes , Through satellite images 、CAD The drawing will show the real fan 、 Construction scenes such as submarine cables are deeply integrated with digital platforms . Through docking construction progress data interface , Realize the real-time status display of the whole process of fan construction in the scene , The overall construction process can be restored according to the time axis . Form visualization of overall construction progress 、 Visualization of wind turbine and submarine cable progress .

And supplemented by the construction plan , Including time 、 Construction object 、 Number of ships and number of people . It is convenient to analyze various indicators in the construction process , Business personnel can coordinate and coordinate all parties through the platform without going to the site .

Visualization of construction quality and safety

take HT Combination of visualization and construction management system , Access the offshore wind power construction management data to the visualization platform .2D The panel updates the key information of construction quality and safety in real time , Number of problems found 、 Rectification status 、 Uncorrected problems and relevant responsible persons . Make the supervision of wind farms more intuitive , More precise control .

Visualization of construction details

To fully complete the hoisting and pile sinking construction , We should not only do a good job in the early planning , More attention should be paid to the control and review of the construction technical scheme . Mapo Software HT The engine monitors and tracks the construction indicators of the fan and booster station in real time , Realize the optimization and improvement of hoisting and transportation scheme for many times ; Check the fan foundation piling 、 Tower hoisting 、 Blade hoisting crane 、 To be put into operation and the construction of the bottom of the booster station 、 To be put into operation 、 Various technical support data such as superstructure hoisting , Accumulated experience for subsequent foundation construction , It has contributed to the vigorous development of offshore wind power in deep-water areas .

Information visualization of booster station

The booster station of offshore wind farm consists of two parts , They are offshore booster station and onshore switchyard . The layout of onshore switchyard is the same as that of onshore substation . The offshore booster station operates unattended , Its management and control are monitored in real time by the land centralized control center through remote mode .

Mapo Software HT 3D High precision modeling and restoration of devices in the scene in the visual booster station , Click the corresponding icon to quickly switch to the internal structure of the booster station , Help realize unattended operation of booster station .

Support for offshore booster station 、 Each grounding transformer and station of onshore switchyard 、 Voltage of grounding transformer incoming line and submarine cable 、 Monitor and measure the current and other indicators , To analyze the abnormal operation before equipment failure , Ensure the safe and stable operation of the equipment .

Intelligent inspection

Routine maintenance of booster station requires patrol inspectors to inspect the equipment , Not only is it inefficient , And very dangerous . Graph flapping software is based on GIS Indoor spatial positioning calibration , Integrate indoor positioning coordinates of remote inspection robot , Realization 1：1 Intelligent patrol system for scene restoration , More visually display the current inspection status of the robot .

Display the current status data of the inspection robot , The real-time monitoring information of the patrol camera is returned in real time , And pass HT The engine is displayed on the visualization platform , Operation and maintenance personnel and on duty personnel can check the application conditions of each main transformer room through mobile phones or mobile terminals . When HV equipment is grounded , Avoid electric shock , Improve detection accuracy and efficiency , Reduce the blind area of patrol inspection .

Popular science tips

Compared with the existing open DC switch 、 Direct GIS equipment , Applied to the miniaturization of offshore platforms GIS The size of the equipment is small ,GIS The room covers a small area , It can reduce the space occupied by switchgear 70% above , It can reduce the volume of the offshore converter platform by about 10%.

“ Double carbon ” Under target , The next five to ten years will be a critical period for China's energy transformation and development . Wind power is one of the main forces , The task is important . Tupu software combines industrial data with big data , Innovate operation and maintenance mode and management mode , It is helpful for preventive maintenance of wind turbine and auxiliary decision-making of wind farm , Improve wind power operation and maintenance efficiency 、 Reduce the operation and maintenance cost of wind power 、 Increase power generation . future , Tupu software will continue to give full play to the resource advantages of the industrial Internet platform , Fulfill the green promise , Broaden the development path , To achieve national “ Double carbon ” Contribute to the goal .