Energy storage plays a key role in the design and operation of energy systems. The benefits associated with energy storage reside in its ability to act as energy buffer, storing energy when it is plentiful or low-priced. In a scenario of high renewable energy penetration, storage can ensure continuous supply of renewable electricity while keeping installed generation to acceptable levels. Introducing energy storage can also reduce investment and operational costs for grid operators as well as for customers.
This PhD project aims at investigating different options for integrating energy storage into the energy system. Energy storage applications are embraced by a large variety of fields among which: the optimal operation of energy systems under variable electricity prices, the optimal design and sizing of components, the electrification of the heating systems, and the integration of electric vehicles in the electric grid.
A better understanding of energy storage and its interaction with energy systems are crucial for fostering renewable energy technologies and reducing the energy price.
Project co-funded by EcoGridEU | To be completed 2014