Thermal Storage for Concentrating Solar Power Plants
Overall Cost
KiC-InnoEnergy, European Institute of Technology (EIT)
Project Description
Project Summary
Development of cost effective thermal storage systems for CSP, with an investment cost of less than 25 €/kWh capacity. Current thermal storage systems represent about 10% of the investment cost of a CSP plant, but depending on the plant this cost can be even higher. The aim of this project was basically to reduce the high costs in existing systems and to look for viable possibilities for as yet undeveloped thermal energy storage systems. Development of experimental and numerical tools/platforms for future designs and industrial technological support will be carried out.
CIEMAT gained valuable experience while screening potential improvements for reducing TES cost.
Technical Approach and Resources Used
The research team is engaged in
  • Designing and launching the project.
  • New latent storage module proposal for low-k PCM
Project Results (including any commercial outcomes)
Key Staff
New products and services (at the end of the project, 2014): platforms for prediction and design of performance operation for molten salt systems; characterization of candidate materials for molten salt TES and latent storage systems; platforms for prediction and design of performance operation for latent storage systems; strategies for TES integration in CSP plants; E-learning module for life-long learning, as well as InnoEnergy MSc and PhD programs.
  • Dr. Mª Esther Rojas
  • Dr. Rocío Bayón
  • Esther Rivas