Intelligent perception and Internet technology application:
Using technologies such as the Internet of Things (IoT) and big data, enterprise equipment is subject to perception monitoring and data collection, and remote monitoring and management is realized. At the same time, through the Internet technology to realize the exchange of information between the equipment and **** enjoy, improve the operational efficiency of the entire factory system.
Taking the digital transformation of power grids as an example:
Through 3D visualization technology, it displays the entire circuit direction of voltage transformer and current transformer power supply, and simulates the effect of current flow by combining technological sense elements to realize the monitoring, measuring, controlling and regulating of the operating conditions of primary equipments (transformers, circuit breakers, disconnecting switches and other equipments directly used for the production and use of electric energy), etc.
At the same time, the digital transformation of power grids can be realized through the use of Internet technology.
Using HT's innovative 3D visual modeling technology to build an interactive environment for disconnecting switchgear and provide an all-encompassing, hands-on training experience, HT has solved many of the difficulties and issues faced by professional, large-scale and complex equipment in employee training. By controlling the operation panel of the disconnecting switch operating mechanism, the main knife gate, the left ground knife, the right ground knife and other components, the user can intuitively operate the equipment and understand its action principle, which truly realizes the three-dimensional interactive simulation demonstration training.
Real-time tracking of personnel's position, according to the position information returned from the background, marking in the three-dimensional scene, to realize the monitoring of the staff's position. Based on the safe operation area in the system, combined with the positioning information of the staff, it judges whether they are working in the safety zone, and sends out safety alarms to the operators if they are out of the safety zone. Combined with the pre-set electronic guardrail in the 3D live view, when the personnel mistakenly enter the set danger zone, corresponding alarms can be carried out.
The HT for Web GIS also provides a solution for displaying all substation locations in combination with GIS maps. HT for Web GIS is positioned to use the product's powerful visualization technology to visualize and display the data from the Geographic Information System (GIS), and to realize the presentation of a huge number of substation locations on a 3D map. data on a three-dimensional map. The advantage of using GIS is that more map details can be loaded by means of Levels of Detail (LOD), which can directly understand the specific location of each substation.
Data Analysis and Artificial Intelligence Applications:
Using big data analysis and artificial intelligence algorithms to mine and analyze massive amounts of data in the power system to achieve predictive maintenance, fault early warning, and optimal scheduling. The reliability and economy of the power system is improved through an intelligent decision support system.
The central control platform of grid data is connected to the visualization system to realize real-time driving of new energy development, delivery and consumption data, which is convenient for operation and maintenance to grasp first-hand information. The analysis and interpretation of energy policies, comprehensive analysis and assessment of regional energy resources, development planning, and annual planning are displayed in the Hightopo visualization system to plan the construction of subsequent new energy power facilities.
With the continuous improvement of the grid auxiliary monitoring system, combined with the relevant features and functions of the digital twin virtual-reality interaction, users can remotely realize the operation of the auxiliary monitoring equipment through computers, VR and other devices using the platform system reverse control, and use the on-site high-definition, infrared cameras and intelligent robots and other monitoring equipment to carry out intelligent inspection of power grid equipment.
Construction of Energy Internet:
Constructing the energy internet, realizing the interconnection of power, energy and information. Through the development and utilization of clean energy and the diversified supply methods of energy, it promotes the efficient utilization of energy and low-carbon development.
The visualization big screen aggregates and coordinates many adjustable resources such as fragmented, small-scale and multi-type Distributed Generator (DG), energy storage systems, flexible loads and so on. Starting from the dimensions of load forecasting, operation effect, dispatch optimization, grid interaction, strategy allocation and market transaction, it runs through the generation, transmission, ? transformation, distribution, and use of each link. Deepen the demand-side management of electricity,? Realize real-time collection and scientific configuration of distributed resources. At the same time for the grid operation, the frequency regulation of the grid, peak regulation, voltage regulation, etc. to do auxiliary support, to ease the pressure of grid operation.
The load resources accessed by the virtual power plant include the charging system of the charging station, and this page, through data collection, real-time and dynamic display of the charging system status monitoring, including the charging and discharging amount of equipment on the same day, the power of the equipment, and the on-line status of the equipment information.
The regulation power infographic shows the planned target regulation power and the actual regulation power. By calculating the power deviation rate in real time, business personnel can intuitively view the business content of the virtual power plant control power, real-time, intuitive and convenient.
To provide intelligent virtual power plant negative control visualization solutions for traditional power plant control management, scheduling upgrades and other business functions to do visualization transformation. With Tianjin as the background, the application of lightweight modeling and powerful visualization engine technology, build and deploy a set of self-coordination, self-management, self-control of the wisdom of the virtual power plant negative control platform.