CSP Plants: Heat Exchangers Fatigue Analysis
Spain has become a world leader in innovation, technology and construction of solar thermal power plants by taking part in the majority of CSP (Concentrated Solar Power) projects that have been and are being developed worldwide. CADE has actively taken part in many CSP projects by providing its services for some of the leading companies […]
EDITOR’s Research Paper: Dynamic Simulation Model of a Parabolic Trough Collector System with Concrete Thermal Energy Storage
Among EDITOR project results dissemination activities, it has been published the research paper “Dynamic Simulation Model of a Parabolic Trough Collector System with Concrete Thermal Energy Storage for Process Steam Generation”.
Solar Process Steam Generation System: EDITOR Workshop June 2019
The presentation of a cost-effective and high performance concentrating solar thermal system (EDITOR) with concrete storage for process heat generation (Solid-TES) will take place in Cyrpus on 18th June 2019.
InCycle – Power Cycle Analysis Methodology. CADE obtains support of Innova-Adelante Program of JCCM
CADE has obtained the support of JCCM (Castilla-La Mancha Community Council by its Spanish acronym) to ease power cycle analysis and global optimization in thermosolar power plants. Among other initiatives, this project was selected to be included in the Innova-Adelante Program of JCCM.
CADE to participate as speaker in the CSP FOCUS MENA 2018, next June 27-28 in Marrakech Marocco
In Session 5: Frontier Technologies and Research Results, CADE will present progress and results of the most promising R+D projects in which the company is currently immersed. CADE, together with first-class international players are developing a new generation of CSP plants based on Molten Salts as HTF in the framework of MSLOOP 2.O project. MSLOOP 2.0 […]
MSLOOP PROJECT: THE NEW GENERATION OF CSP PLANTS
MSLOOP aims to validate a technology consisting of developing a cost effective solar field for CSP Parabolic Trough Power Plants using optimized ternary molten salts as HTF with an innovative hybridization system. CADE takes part of the consortium together with COBRA, SCHLAICH BERGERMANN PARTNER, ARCHIMEDE SOLAR and UNIVERSIDAD COMPLUTENSE DE MADRID The MSLOOP 2.0 consortium […]
