This document is the deliverable D7.4 of the project POLYPHEM. It is planned in the framework of the Work Package 7 (System Modelling and Performance Assessment). In this WP, a finalized dynamic simulation model of the overall plant is developed in several steps. This deliverable contains the information for Task 7.4. Also in this task, a technoeconomic optimization of the plant has been developed based on the objective costs of the project. For this purpose, Fraunhofer ISE has developed the OPTIPHEM tool chain, which is responsible for designing the plant, evaluating the optical performance of the heliostat field, simulating the annual performance of the complete system model and performing the techno-economic optimization
The photovoltaic technology offers optimal perspectives for the generation of renewable electric pow...
This project focuses on optimisation of energy accumulation for various types of distributed renewab...
The European FP7 Project InSun; which started in April 2012; aims to demonstrate the reliability and...
This document is the deliverable D7.2 of the project POLYPHEM. It is planned in the framework of the...
This document is the deliverable D7.3 of the project POLYPHEM. It is planned in the framework of the...
For the evaluation of functional material developments in the EU-project RAISELIFE, a tool chain of ...
The deliverable D4.3 Models on the energy performance for the different solutions is a document deli...
The Simulation and Information Technologies for Power Generation System Department (STEP) has develo...
AbstractThe Simulation and Information Technologies for Power Generation System Department (STEP) ha...
This document is the deliverable D4.1 of the project POLYPHEM. It is planned in the framework of the...
This document is the deliverable D1.2 of the project POLYPHEM. It is planned in the framework of the...
A case of Total Energy Plant (TEP) has been modeled and the operational characteristics simulated. A...
Currently, the most developed commercial Concentrating Solar Power (CSP) technology in operation i...
The aim of this thesis is to perform a simulation and optimization of the energetic components of an...
Within the European FP7 Project InSun, which started in April 2012, three large scale solar plants f...
The photovoltaic technology offers optimal perspectives for the generation of renewable electric pow...
This project focuses on optimisation of energy accumulation for various types of distributed renewab...
The European FP7 Project InSun; which started in April 2012; aims to demonstrate the reliability and...
This document is the deliverable D7.2 of the project POLYPHEM. It is planned in the framework of the...
This document is the deliverable D7.3 of the project POLYPHEM. It is planned in the framework of the...
For the evaluation of functional material developments in the EU-project RAISELIFE, a tool chain of ...
The deliverable D4.3 Models on the energy performance for the different solutions is a document deli...
The Simulation and Information Technologies for Power Generation System Department (STEP) has develo...
AbstractThe Simulation and Information Technologies for Power Generation System Department (STEP) ha...
This document is the deliverable D4.1 of the project POLYPHEM. It is planned in the framework of the...
This document is the deliverable D1.2 of the project POLYPHEM. It is planned in the framework of the...
A case of Total Energy Plant (TEP) has been modeled and the operational characteristics simulated. A...
Currently, the most developed commercial Concentrating Solar Power (CSP) technology in operation i...
The aim of this thesis is to perform a simulation and optimization of the energetic components of an...
Within the European FP7 Project InSun, which started in April 2012, three large scale solar plants f...
The photovoltaic technology offers optimal perspectives for the generation of renewable electric pow...
This project focuses on optimisation of energy accumulation for various types of distributed renewab...
The European FP7 Project InSun; which started in April 2012; aims to demonstrate the reliability and...