Application of trusted computing technology in the energy field

With the continuous development of science and technology, all walks of life are constantly realizing digital, networked, and intelligent transformation and upgrading, and how to protect the security and privacy of digital information has become an urgent problem that needs to be solved. Trusted computing technology emerged as a result. It uses the combination of hardware and software to ensure system security and protect keys from being leaked, thus improving the credibility of data. In recent years, trusted computing technology has also been widely used in the energy field. This article will elaborate on the current situation, application fields, cases and development trends from four aspects.

1. The current status of trusted computing technology in the energy field

At present, energy operating companies are facing the challenge of escalating network security risks. How to ensure the safety and stable operation of energy facilities has become their top priority. A problem that needs to be solved urgently. Trusted computing technology has gained wide application opportunities in this context. For example, encryption technology based on trusted computing, protection of smart devices, and security control of data centers are all typical cases of the application of trusted computing technology in the energy field. In the field of energy supply chain, trusted computing technology is widely used in the production and operation of energy such as electricity, oil and natural gas. In these scenarios, the purpose of trusted computing technology is to ensure that energy data and operational systems are not subject to unauthorized intrusion, data tampering, information leakage and other attacks. Since energy production and operation usually involve multiple aspects such as environmental friendliness, efficiency, and sustainable development, an effective trusted computing technology solution should be multi-faceted and multi-objective.

2. Application fields of trusted computing technology in the energy field

In the energy field, trusted computing technology is widely used in the following aspects:

1. Intelligence Grid

Trusted computing technology can realize encryption and access control of energy facilities in smart grids, thereby protecting the core information and various transaction records of smart grids. At the same time, trusted computing technology ensures the independent security of key controls and data centers in smart grids.

2. Industrial control system

For industrial control systems, trusted computing technology can ensure that sensitive data is protected and that equipment and systems are not attacked. In addition, trusted computing technology can also ensure that the hardware and software of the control system shut down quickly and coordinate security recovery strategies after an attack occurs.

3. Energy trading

The trading model and technology construction in energy trading are developing rapidly. The application of trusted computing technology in the energy field is first reflected in counterparty identity verification, which ensures the integrity and traceability of transaction data.

4. Energy monitoring

In the field of energy monitoring, trusted computing technology can realize the security maintenance of energy data and control systems, ensuring that sensitive and confidential data are not leaked by unauthorized access. At the same time, trusted computing technology ensures the security and controllability of all nodes in the supply chain.

3. Application cases of trusted computing technology in the energy field

1. Intelligent energy supply chain monitoring

With the support of trusted computing technology, some companies have successfully Intelligent supply chain monitoring is realized. For example, Ningbo Port Group has perfectly designed the urban energy supply chain and monitoring system by utilizing trusted computing technology. The system can realize information traceability in energy production, transportation, storage and other aspects and process control of the energy transaction process, and fully realize intelligent energy management monitoring.

2. Intelligent power system

Relevant experts recommended a model to achieve intelligent power supply within the community through multi-party collaboration. This model achieves efficient dispatching and tamper-proof functions of smart grid energy through multiple technological innovations such as intelligent temperature control, metering, billing and payment, and dispatch coordination. These technologies rely on trusted computing technology to ensure stable operation of the power system and reliable data.

4. The development trend of trusted computing technology in the energy field

With the electronic and digital transformation and upgrading of energy production, circulation, storage and other links, trusted computing technology will be used in the energy field. It will be applied more efficiently and conveniently. In the future development of trusted computing technology, four main trends will emerge:

1. Standardization and normalization

In the future, the standardization and standardization of trusted computing technology will become the main theme of development. Cooperation between multiple organizations and parties in the field can be further strengthened. Through cooperation, data assets can be further revitalized and the innovation of business and services can be effectively promoted;

2. Application and commercialization

With the widespread application of trusted computing technology and the emergence of commercialization models , business gains will become more important. For the large amount of data generated in the energy field, in terms of processing technology, trusted computing technology is more efficient, flexible, and has stronger problem-solving capabilities, which will add a wider and foreseeable business benefit;

3. Decentralization

The large-scale application of emerging technologies and the complexity of modern information security conditions have promoted the popularity of trusted computing technology. The decentralized nature of the technology can play an important role in achieving greater data security.

4. Deep integration

The future of trusted computing technology will be deeply integrated with cutting-edge technologies such as blockchain technology, artificial intelligence technology, and 5G technology. In the field of energy facilities, trusted computing technology will serve local and long-distance smart facility control endpoints in diversified ways to achieve safe and reliable energy supply, while improving facility operation efficiency, reducing energy consumption, and creating an efficient , a dynamic energy sector.

In short, trusted computing technology is assisting the digital transformation and upgrading of the energy field. By establishing and maintaining a digital ecological security framework, it protects energy facilities from various attacks and risks, and contributes to the security and safety of the energy supply chain. Controllability provides a strong guarantee. With the continuous updating and advancement of future technologies, trusted computing technology will surely play a more extensive and important role in the energy field.

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