With the rapid development of information technology, the new digital infrastructure has become a trend in all industries, and the power system is no exception. The new digital infrastructure will make the power system more intelligent, digital and efficient, providing strong support to achieve the goals of clean energy transition, increased reliability and security of the power system, and reduced energy costs. In the following, the application of the new digital infrastructure in power systems, its impact and future development trends are discussed.
The application of the new digital infrastructure in the power system
The application of digital new infrastructure in the power system mainly involves the Internet of Energy Things, artificial intelligence, big data and other aspects. Specific applications include the following aspects:
1. Smart grid: monitoring, management and control of the power system through digital technology to realise the intelligence of the power system. Smart grid can make adaptive regulation of the power system, optimise energy supply and demand matching, improve the stability and security of the grid, etc.
2. Renewable energy: Digital technology can support the development, utilisation and management of renewable energy. Through digital technology, renewable energy can be collected and stored more efficiently, thus increasing energy utilisation.
3. Electricity markets: Digital technologies can support the construction and operation of electricity markets, such as price forecasting and risk assessment of electricity markets through big data analysis.
4. Electricity security: Digital technology can provide real-time monitoring and early warning of the electricity system, helping the electricity system to respond quickly to electricity security events and improve the security of the electricity system.
Impact of the new digital infrastructure on the power system
The impact of the new digital infrastructure on the power system is mainly reflected in the following aspects:
1. Improving the efficiency of the power system: digital technology enables intelligent and adaptive regulation of the power system, thus improving the efficiency and energy utilisation of the power system.
2. reduce the cost of the power system: through digital technology to achieve the intelligence of the power system and optimise energy supply and demand matching, the cost of the power system can be reduced and the efficiency of the power system can be improved.
3. Improve the reliability and safety of the power system: digital technology can monitor and warn the power system in real time, respond quickly to power safety events and improve the reliability and safety of the power system.
4. Promote clean energy transformation: digital technology can provide support for the development, utilisation and management of renewable energy and promote the future trend of clean energy development.
As the application of new digital infrastructure in the power system continues to expand and deepen, the future of the power system will develop in the following directions:
1. Intelligent: The power system will become more intelligent, and through digital technology, intelligent regulation, prediction and control of the power system will be realised to improve the efficiency and energy utilisation of the power system.
2. Networked: The power system will be more networked, enabling interconnection and information sharing of the power system through digital technology, improving the synergy and cooperation of the power system.
3. Cleaner: The power system will be cleaner, and the development, utilisation and management of renewable energy will be supported by digital technology to promote the development of clean energy.
4. Security: The power system will become more secure, and the digital technology will enable real-time monitoring, early warning and emergency response of the power system, improving the security and reliability of the power system.
Conclusion
Digital new infrastructure is an important trend in the future development of the power system. Digital technology will support the intelligence, networking, cleanliness and security of the power system, providing strong support for the goals of achieving clean energy transition, improving the reliability and security of the power system, and reducing energy costs. Therefore, relevant organisations and enterprises in the power system need to strengthen the application and innovation of digital technologies and continuously promote the implementation and development of new digital infrastructure in the power system.
