In the context of advancing the global goal of carbon neutrality, to solve the problem of power supply shortage, building a smart integrated energy system dominated by clean energy is of great significance to accelerate energy transformation, energy conservation and emission reduction, and improve energy utilization efficiency. Under the background of complex multi-energy coupling, exploring the key technologies of smart energy system optimization to achieve the optimal distribution and utilization of energy is the key to realizing the secure, stable, efficient and collaborative use of multiple energy resources.
According to the actual situation, it is of great significance to establish the optimal scheduling model and optimizing operation strategy of the smart energy system. The multi-agent coordinated optimization model and management platform of smart energy system should be established to solve the problems of multi-energy flow, strong coupling and non-linearity of the smart energy system.
The topics of interests include, but are not limited to:
1. Advanced optimization algorithms and analysis methods
2. Advanced distributed energy and micro-grid technologies
3. Application of advanced technologies in optimization modeling of intelligent energy systems
4. Energy market and smart energy system optimization technology
5. Coordinated optimization control technology of intelligent terminal and intelligent energy system
6. Influence of intelligent terminal access on the optimized operation of energy Internet
7. Intelligent energy system terminal equipment optimization technology
8. Operation optimization technology of intelligent transportation and energy network
9. Energy-saving optimization technology of intelligent energy system
In the context of advancing the global goal of carbon neutrality, to solve the problem of power supply shortage, building a smart integrated energy system dominated by clean energy is of great significance to accelerate energy transformation, energy conservation and emission reduction, and improve energy utilization efficiency. Under the background of complex multi-energy coupling, exploring the key technologies of smart energy system optimization to achieve the optimal distribution and utilization of energy is the key to realizing the secure, stable, efficient and collaborative use of multiple energy resources.
According to the actual situation, it is of great significance to establish the optimal scheduling model and optimizing operation strategy of the smart energy system. The multi-agent coordinated optimization model and management platform of smart energy system should be established to solve the problems of multi-energy flow, strong coupling and non-linearity of the smart energy system.
The topics of interests include, but are not limited to:
1. Advanced optimization algorithms and analysis methods
2. Advanced distributed energy and micro-grid technologies
3. Application of advanced technologies in optimization modeling of intelligent energy systems
4. Energy market and smart energy system optimization technology
5. Coordinated optimization control technology of intelligent terminal and intelligent energy system
6. Influence of intelligent terminal access on the optimized operation of energy Internet
7. Intelligent energy system terminal equipment optimization technology
8. Operation optimization technology of intelligent transportation and energy network
9. Energy-saving optimization technology of intelligent energy system
