Coordinated project between UPC and Universidad de Oviedo and granted by Ministerio de Ciencia e Innovación in Convocatoria 2022 "Proyectos de Generación de Conocimiento"
The main objective of this work is to develop a novel methodology to optimize the use and size of battery-based energy storage systems in future hybridization projects in hydropower. This will be relevant for operators and will also contribute to improving future hybridization projects in hydropower.
Our methodology will provide guidance in future hybridization projects considering the capacity of the unit, ancillary services to provide, grid scenarios (with massive entrance of new renewable effects) and negative effects of the climate change (extreme droughts that will cause extreme low water heads and flowrates) with the aim to optimize the following aspects:
Remaining Useful Life of critical hydromechanical components of the unit
Improve the overall efficiency of the unit and save water (in double regulated machines)
Improve the quality of the ancillary services provided by the hybrid unit
Increase circularity by reusing batteries from e-mobility
Contribute to standardize second-life battery datasheets to facilitate reuse
Proper use of the battery to extend the 2nd life
Reduce costs by using second-life batteries.
Company Details
- Founded
- -
- Industry
- Hydroelectric Power Generation
- NAICS
-
Hydroelectric Power Generation
- Keywords
- to provide.
Flexhybat Questions
Flexhybat's LinkedIn profile is https://www.linkedin.com/company/flexhybat
Flexhybat's industry is
Hydroelectric Power Generation
Flexhybat's top competitors are
Lemur Research Group,
Talent Project,
Aecp Research Group,
Cdif-Upc,
Siemens Energy,
Enfasys.
Flexhybat's categories are Hydroelectric Power Generation
Flexhybat's founding year is 2024
