Power Systems
Work description
Effective control and energy management of innovative hydropower and PSPs integrated with PV-BESS can reduce component degradation, extend plant lifespan, and positively impact the economic evaluation of these projects. However, optimized energy management and control strategies should be developed for these hybrid units to maximize benefits while considering wear and tear and the operational limitations. Based on the descriptions, the expected work in this area is as follows: Techno-economic evaluation of innovative hydropower and PSPs integrated with PV-BESS, considering various combinations of sources and different hydro/PSP technologies. Assessment of the potential economic benefits of innovative hydropower and PSPs supported by PV-BESS through participation in ancillary service markets. Development of frameworks and tools for the control and energy management of innovative hydropower and PSPs integrated with PV-BESS, participating in the ancillary service market while considering component degradation. Preparation of reports and dissemination of project results via conference presentations and journal publications
Minimum profile required
- PhD degree in: Electrical Engineering; Energy Engineering; Industrial Engineering or similar.- Experience in optimization studies for electrical energy systems.- Experience in developing energy management frameworks.- Experience in creating tools using Python or other programming languages.
Preference factors
- Experience in research studies related to PSP and hydropower systems. - Experience in team-based projects and collaboration with international partners. - Experience in preparing deliverables and reports for European projects.
Application Period
Since 14 Nov 2024 to 14 Dec 2024
Centre
Power and Energy Systems