Value of pumped-hydro energy storage in isolated power systems with high wind power penetration
Description
Several stochastic optimization models have been for the short-term generation scheduling in isolated power systems with pumped-storage and high wind power penetration. The models consider variable start-up costs and ramps of the thermal units as well as the opportunity cost of the energy stored in the upper reservoir of the pumped-storage plant. On the other hand, several dynamic simulation models have been developed to analyse the frequency stability in the isolated power systems under study and to develop novel frequency control strategies. The models use an elastic water column approach.
Organisations
- Universidad Politécnica de Madrid - Coordinator
Funding
- National funding
Specific Funding Sources:
Spanish Ministry of Science and Innovation
Level of Action:
National: SPAIN
Applications
Keywords
Areas of Research
Research and Innovation Agenda
- Developing and optimising hydraulic design and control strategies for pump turbines and waterway system in existing PSH
- Optimization models for hydropower generation scheduling
Strategic Industry Roadmap
- Research and Development for Re-Evaluation of the Market Design and its Ability to Provide Signals for Investments and Electricity Supply Security
Last Updated: 27/08/2025 16:24
PHESIS
Start Date
2016End Date
2020Budget Range
€100,000 - €500,000