Smart photovoltaic energy - visualization of photovoltaic power generation energy management and control in the park

Preface

If green is the essence of urban sustainable development , Wisdom is the brain leading the development of cities , Then the green intelligent building should be the skeleton supporting the future of urban ecology .

Smart park is the use of a variety of information technology and innovation concepts , Integrate all systems in the park , Realize deep information sharing and business collaboration . As an important component of smart city , The sustainable development of smart parks is particularly important .“ the 14th Five-Year Plan ” It is pointed out in the plan that we should vigorously develop wind power 、 Photovoltaic and other new energy industries , Clean energy, high efficiency and safety , Promote green transformation of key industries and important fields . In this trend , Adopt all kinds of energy-saving and low-carbon new energy construction materials , Green ecological smart park is the future development direction .

Today we will use Hightopo Of HT The product builds a photovoltaic power generation energy management and control visualization system in the smart park , According to the current situation of the park 、 Energy management features , Fully consider the integration of energy consumption management , Scientific and efficient design , It can be implemented , Digital smart Park solution in line with park operation and maintenance management . Provide a comprehensive real-time service for park operation and maintenance personnel 、 Perceptible energy monitoring decision analysis platform .

Effect display

Taking a park as the background , Simulate the application scenarios of photovoltaic power generation in the park , Simulation of photovoltaic power generation process through animation effect , Access to the Internet of things data to realize the operation and maintenance monitoring of equipment .

HT Support multiple ways of model rendering , This case is through the artificial construction of the park 、 3D modeling of roads and other details , Output OBJ Format model , adopt HT Engine rendering , Simulate and restore the overall situation of the park . Import is also supported IFC Format BIM Model files generate scenarios , Support rendering 3dTiles Tilt photography model file in format .

Above way HT All support overlay 2D panel 、 Animation effects interact , Users can customize it according to their own display needs . The engine comes with the rotation of the mouse 、 translation 、 Zoom in and out . It also supports cross platform browsing , Any mobile terminal can be easily opened , This is a C Advantages that end platforms don't have , And realize the single finger rotation of touch screen device 、 Double finger zoom 、 Three finger translation does not have to worry about different interaction modes across platforms .

Systems analysis

Through the live shot 、 Satellite pictures 、CAD Pictures, etc , The park scene can be built quickly . The scene is manually placed photovoltaic points , Restore the distribution effect of installed PV panels . It's embellished with environmental simulation , Using environmental simulation , Can be on the park season （ In the spring 、 In the summer 、 autumn 、 In the winter ）、 Time （ In the morning 、 At noon, 、 dusk 、 night ）、 The weather （ a sunny day 、 overcast 、 rainfall 、 snowfall 、 After snow ） Switch freely . It can also connect with weather system data , Realize the automatic switch of environment simulation content according to the actual weather data .

Key indicators of the park

Photovoltaic is green energy , It can reduce the greenhouse gas carbon dioxide （CO₂） The characteristics of emissions , According to statistics , Suppose that the average daily power generation is 1000 kWh, CO₂ Emission reduction is about 785 kg, The equivalent tree planting is about 156 star .

adopt 2D The visualization panel shows the key indicators of the park , The scale of construction concerned by users 、 Photovoltaic information 、 Statistical display of power generation information , Monitor the power consumption information of each building . It can be updated in real time by docking with the real-time data in the background , Show statistics of contribution to energy conservation and emission reduction .

Photovoltaic power generation process

Photovoltaic power generation is a technology that directly converts light energy into electric energy by using photovoltaic effect of semiconductor interface . It's mainly made up of solar panels （ Components ）、 The controller and inverter are composed of three parts , The main components are made up of electronic components . After series connection, solar cells can be packaged and protected to form a large area of solar cell modules , Combined with the power controller and other components, the photovoltaic power generation device is formed .

The scene is presented in a science fiction wireframe style , Highlight the device model , Through the flow of lines to express photovoltaic energy from light into electricity 、 And then to the power supply of the equipment 、 The whole process of energy storage .

Charging point running state

Monitor the operation status and real-time power of the charging pile in the park , By docking the charging state of the charging pile , Judge whether there is a vehicle in the current parking space , Through the line flow effect animation simulation charging state . When the charging point fails , Through model coloring 、 Warning animation and other effects , It provides convenience for the real-time usage and operation monitoring and maintenance of the charging pile .

Cleaning robot demonstration

Cleaning robot can adapt to complex terrain and climate environment , With cleaning monitoring platform and diagnostic system , Remote management of photovoltaic power station ,‏ wisdom ‏ can ‏ Chemical operation and maintenance , Improve the automation level of power station . Clean without water , Meet the needs of a large area 、 The long distance 、 Cleaning of PV modules in multi environment centralized PV power station .

High temperature snow removal equipment

Through the three-dimensional management system, the cleaning robot can be started and stopped , Monitor the operation of all robots in the park , Animation shows robot cleaning animation , Simulate the process of PV panels from dirty to clean after robot cleaning . PV panels are covered with snow due to PV exposure outside the building , This problem can be avoided through the high-temperature snow removal equipment at the bottom of the photovoltaic panel , In the scene, the whole process of high temperature snow removal is also restored in the way of animation effect .

The cleaning robot disassembles

The cleaning robot consists of photovoltaic panels 、 Brush 、 The motor 、 The battery pack consists of , The pulley moves along the frame of the assembly , Brushes for cleaning rotate at high speed , And the rotation direction is opposite to the traveling direction of the walking wheel ; The brush is turning , Dust off the assembly surface first , Then, under the combined action of the impact of the brush and the rotating air flow, the accumulated dust is driven to the gap of the component and falls off .

This case is in the form of equipment splitting explosion , Show the internal structure of the robot , Split the robot , With the change of transparency 、 Edge streamer flow effect increases the viewing of animation , By accessing the Internet of things data of parts , More detailed view of the current status of the equipment components , Realize the global monitoring visualization from macro to micro .

Roaming inspection

HT It supports roaming from the perspective of simulated UAV or pedestrian , You can browse the park in an all-round way , When passing through the device , Automatically pop up information to view , It is convenient for operation and maintenance personnel to carry out patrol inspection . Support the combination of WebVR To display , Through adaptation VR equipment , Users can wear VR Glasses with handle walking in the scene 、 flight , It can grasp the device through the handle 、 Mobile and other functions . Compared to the traditional way of watching , It has 360 A panoramic view , Users can be on the scene , Feel the atmosphere and the atmosphere , A sense of space 、 The sense of distance will be more hierarchical , It's really immersive interaction .

summary

With the continuous development of the construction of smart Park . Not only to improve the construction of the park 、 planning 、 The precision and convenience of management and public service 、 Smart and efficient , Enhance the comprehensive development ability and safety control level of the park , We should also pay attention to the sustainability of green ecological development , Let new energy 、 The combination of new technology to achieve greater value of information technology .

Innovation and technology are playing an increasingly important role in various fields , combination GIS technology 、 big data 、 The Internet of things 、HT The comprehensive application of advanced technologies such as visualization gives power 、 Energy and other industries bring a lot of value .HT Visualization application realizes data sharing , Digitize the industry 、 greening .

Visualization technology support based on years of project experience accumulation and consolidation , In wind power generation 、 Offshore power stations 、 There are many excellent cases in nuclear power plants , Tupo software is also realizing the visualization solution of outdoor large-scale photovoltaic power station , You can pay attention to the follow-up updates ~