About this Research Topic
With the development of the global energy crisis and the rising public awareness of carbon footprint, the proportion of renewable energy in the power system continues to increase, and it has become an increasingly important participant in the power market. However, unlike traditional energy, renewable energy has randomness and volatility, which may affect the stability of renewable energy grid connection and the reliability of participation in power market transactions. Therefore, in order to further promote the consumption of renewable energy and fully guide the efficient participation of renewable energy power generation in power market transactions, it is necessary to conduct in-depth research on the structural configuration, standard system, energy management, market mechanism and supporting policies of renewable energy system under the power market environment.
The increasing proportion of renewable energy has put forward higher requirements for power market trading. The limitations of existing studies can be summarized up as follows:
(1) The lack of description and analysis of the relationship between system energy flow, information flow and capital flow in the environment of power market makes the system structure configuration less economical.
(2) The standard system of power market is relatively lacking, and the development paths, modes and demands of power market in various countries in the world are quite different.
(3) The electricity market trading mechanism ignores the consideration of the users' energy usage habits and the diversity of interests and demands of multiple participants, resulting in low enthusiasm of users to participate in transactions and insufficient mutual trust between users.
(4) The uncertainty of renewable energy leads to its low popularity in the market compared with traditional energy, and users' enthusiasm for the consumption of renewable energy is low. At present, there is a lack of effective supporting policies to encourage renewable energy trading.
This theme-related research welcomes all types of articles, including original research, reviews and communications, and seeks contributions on the planning, management and trading technology of power systems with a high proportion of renewable energy for the power market, including but not limited to:
(1) Energy system configuration in the power market environment.
(2) Construction of power market standard system for energy Internet.
(3) Analysis of users' energy consumption behavior and calculation of market-oriented interaction potential.
(4) User mutual trust enhancement technology for power market transaction.
(5) Trading strategy of power market based on artificial intelligence algorithm.
(6) Supporting policy design for guiding market-oriented trading of renewable energy.
The increasing proportion of renewable energy has put forward higher requirements for power market trading. The limitations of existing studies can be summarized up as follows:
(1) The lack of description and analysis of the relationship between system energy flow, information flow and capital flow in the environment of power market makes the system structure configuration less economical.
(2) The standard system of power market is relatively lacking, and the development paths, modes and demands of power market in various countries in the world are quite different.
(3) The electricity market trading mechanism ignores the consideration of the users' energy usage habits and the diversity of interests and demands of multiple participants, resulting in low enthusiasm of users to participate in transactions and insufficient mutual trust between users.
(4) The uncertainty of renewable energy leads to its low popularity in the market compared with traditional energy, and users' enthusiasm for the consumption of renewable energy is low. At present, there is a lack of effective supporting policies to encourage renewable energy trading.
This theme-related research welcomes all types of articles, including original research, reviews and communications, and seeks contributions on the planning, management and trading technology of power systems with a high proportion of renewable energy for the power market, including but not limited to:
(1) Energy system configuration in the power market environment.
(2) Construction of power market standard system for energy Internet.
(3) Analysis of users' energy consumption behavior and calculation of market-oriented interaction potential.
(4) User mutual trust enhancement technology for power market transaction.
(5) Trading strategy of power market based on artificial intelligence algorithm.
(6) Supporting policy design for guiding market-oriented trading of renewable energy.
Keywords: Power Market, Renewable Energy System, System Configuration, Energy Management, Energy Policy
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