How to build a smart power plant?FineVis helps power plants carry out digital transformation!

1. What is a smart power plant?

Smart power plant is an emerging power production model, which relies on modern advanced management concepts and technologies to carry out comprehensive and in-depth reform of traditional physical power plants and related technologies. By meticulously sorting out and evaluating the management details, scientific and technological strength, and potential value of each subsystem, the smart power plant has reshaped the internal resource allocation and improved the overall operational efficiency and safety. Such power plants are characterized by their reliability, leading technology, rational system design and flexible management, and are committed to achieving sustainable development goals while balancing economic and social benefits. With the development of the times and the application of innovative technologies, the concept of smart power plants is constantly evolving and improving, representing a new direction for the development of the power industry.

Second, the advantages of smart power plants

1. Efficient energy utilization: Smart power plants optimize fuel use, improve energy conversion efficiency, and reduce energy waste.
2. Environmental protection and emission reduction: real-time monitoring and control of pollutants are realized, which helps to reduce the emission of greenhouse gases and other harmful substances.
3. Safe and stable: With a high degree of security protection measures, it can quickly recover from attacks and effectively avoid accidents.
4. Self-healing ability: Equipped with an advanced self-healing system, it can detect and repair faults autonomously, reducing the need for human intervention.
5. Data-driven decision-making: Big data analysis supports the scientific formulation of production plans and enhances the flexibility and predictability of operations.
6. Human resource optimization: reduce manpower requirements, improve work efficiency, and reduce operational risks.
7. Sustainable development: In line with the development trend of green energy, it is conducive to long-term sustainable development and environmental protection.
8. Comprehensive monitoring: Using IoT technology and automation equipment, a full range of real-time monitoring and remote control has been realized.
9. Emergency response: The ability to quickly respond to various emergencies to ensure the continuity and reliability of power supply.
10. Economic benefits: reduce operating costs, increase economic benefits, and promote the sustainable development of enterprises.

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3. Ideas for the construction of smart power plants

The construction of smart power plants is a comprehensive project involving many aspects. First, in order to meet the requirements of asset management, market adaptability and competitiveness, we need to build an independent, unified and integrated data decision-making platform. The platform should be able to cover the operation and management of the entire power plant, providing comprehensive data analysis and decision support. Specifically, we should adopt the policy of "first summarizing and then dividing, dismantling layer by layer, extending the connotation and clarifying the concept" to carry out planning. This includes, but is not limited to, the following steps:

Build an integrated information platform

Integrate existing and scattered business management systems, eliminate barriers between different platforms, and ensure data consistency and integrity.

Solve the compatibility and maintenance efficiency problems caused by multiple software, such as unifying report formats and tools to improve development and maintenance efficiency.

Achieve cross-platform data integration to ensure the accuracy and convenience of data analysis.

Vigorously promote the "three modernizations" management

Standardization: Establish a unified data indicator system to ensure data standardization so that all departments can communicate and collaborate based on the same standards.

Refinement: Closely integrate financial management with other businesses, and use refined management concepts, such as amoeba management model, to improve the quality of the whole process management.

Intensification: Centralized management and scheduling of business, give full play to the scale effect, and realize the intensive management of human resources, finance and materials.

Promote online business management

Establish a complete online business analysis system to achieve real-time monitoring and trend analysis, so as to better understand the operation status of the enterprise.

Transform the management structure and create professional management centers, such as fuel and maintenance centers, to improve management efficiency and effectiveness.

Adjust the operating mechanism, strengthen real-time supervision, and optimize energy consumption through data analysis, such as reducing the energy consumption of units through a unified consumption differential analysis system.

Through this approach, smart power plants can not only improve the efficiency of internal management, but also actively respond to market changes, improve profitability, and ultimately achieve differentiated competitive advantages.

4. FineVis, a tool for making visual dashboards for smart power plants

FineVis is a powerful data visualization design tool, which exists in the form of a plug-in in the FineReport product system, aiming to meet all kinds of data visualization needs with zero-code operation.

With the help of this tool, smart power plants can transform their massive data into intuitive graphical interfaces for accurate monitoring and intelligent management of the production process. With highly customized 3D city scenarios and custom model import capabilities, FineVis makes complex data more vivid and easy to understand, especially in showing the operational status and environmental monitoring of smart power plants. The user experience is greatly enhanced by the support for multi-paginated storyboards and smooth transitions, allowing managers to navigate complex plant data reports as if they were flipping through the pages of a book. At the same time, FineVis' resource reuse and adaptive effect functions simplify the process of template making, saving a lot of time and energy. On top of that, its off-screen control allows the operator to operate remotely via a mobile device, providing great convenience for live presentations and presentations. These features not only improve the work efficiency of smart power plants, but also strengthen safety management, ensure the transparency and real-time response capability of the production process, and further promote the development of power plants in the direction of digitalization and intelligence. Through FineVis, smart power plants can achieve more refined online operation analysis and real-time decision support, thereby optimizing energy utilization, reducing pollution emissions, and meeting the new expectations of modern society for power companies.

五、 FineVis智慧电厂大屏Demo

Through the smart wind power monitoring screen generated by FineVis, business personnel can easily know the wind farm profile, key indicators, power generation, on-grid/purchase power, availability, and real-time trends of wind speed and power.

By clicking on the equipment management module, business personnel can know through the information content in the module: main equipment statistics, perceptual equipment statistics, equipment operation status, main substation load changes, power station losses, and water consumption analysis.

By clicking on the intelligent transportation module, you can learn the basic information of the power plant, such as the status of the wind turbine, personnel and facilities, the operation and maintenance records of the last 7 days, video surveillance and other details.

6. Summary

Smart power plants represent an important direction for the development of the power industry towards digitalization and intelligence. It uses modern advanced management concepts and technologies to carry out a comprehensive reform of traditional power plants, thus achieving many advantages and innovations. Firstly, the smart power plant improves energy efficiency and environmental protection by optimizing energy utilization and environmental protection and emission reduction, secondly, it has a high degree of safety and stability and self-healing ability to ensure the continuity and reliability of power supply, and secondly, with the help of data-driven decision-making and comprehensive monitoring, it improves management efficiency and predictability, in addition, the smart power plant also realizes the optimization of human resources and the improvement of economic benefits, and promotes the sustainable development of enterprises. In terms of construction ideas, smart power plants should focus on building an integrated information platform, promoting the "three modernizations" management and promoting online operation and management. As a tool for creating visual kanbans for smart power plants, FineVis provides powerful data visualization capabilities for power companies to help achieve accurate monitoring and intelligent management of the production process. Through the large screen of smart power plants generated by FineVis, business personnel can easily obtain key indicators and real-time trends, further improving the operational efficiency and management level of smart power plants, and promoting the digital transformation of the power industry.