Hydrothermal Generation Scheduling Research
A special issue of Energies (ISSN 1996-1073). This special issue belongs to the section "J: Thermal Management".
Deadline for manuscript submissions: closed (31 May 2022) | Viewed by 2222
Special Issue Editor
Special Issue Information
Dear Colleagues,
Hydrothermal power generation scheduling is a crucial problem that assesses the system operation in the future to pursue the trade-off between economical and reliable power generation resources. Consequently, the scheduling model results in a mathematical representation of the system components (reservoirs, plants, transmission lines) and a forecast of the operational conditions (weather, equipment failures, water inflow, demand, prices).
Different optimization models (long-term, medium-term, and unit commitment) usually solve the hydrothermal generation scheduling problem since power systems have different configurations, complexities, and sizes. Furthermore, systems are operated in different market contexts: in a decentralized market, different stakeholders possess distinct objectives, leading to different modeling approaches; in a cost-based market, a single entity is responsible for centrally scheduling and dispatching generating units. Technological changes, constant insertion of interminable power generation, and climate change are a small sample of the challenges demanded by generation scheduling models. In contrast, with robust developments in data analysis and optimization models, the high computational capacity has allowed innovative modeling and solution strategies and approaches.
To summarize, in this Special Issue, we invite authors to submit papers from the full value chain of hydrothermal power generation scheduling, including, but not limited to, modeling issues and solution strategies related to long- and medium-term generation scheduling problems, unit commitment, economic dispatch, market models, financial products in hydro-dominated markets, integration of intermittent resources, real-time scheduling and dispatch, and planning and maintenance of generation resources. Tutorial and survey papers are also welcome.
We are looking forward to receiving your outstanding research.
Prof. Dr. Erlon Cristian Finardi
Guest Editor
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Keywords
- long-term generation scheduling problem
- medium-term generation scheduling problem
- hydrothermal unit commitment
- economic dispatch
- market models
- financial products in hydro-dominated markets
- integration of intermittent resources
- real-time scheduling and dispatch
- planning and maintenance of generation resources.
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