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Project PreFlexMS. (H2020- LCE-2014-2. Grant Agreement No 654984) (2015-2019)

Main Objetive: The core objective of PREFLEXMS is to enhance the predictability and flexibility of Concentrated Solar Power (CSP) generation to address the evolving needs of Regulators, Grid operators and Plant operators. The developments of the project will be displayed in the pilot plant of the University of Évora (Portugal).

The main activities which will be carried out by CENER within this project are:

  • Leader of WP 9: Dissemination and Exploitation
  • Development and implementation of a short-term solar radiation forecast system. (up to 48 hours):
    • Deterministic and probabilistic forecast
    • Temporal resolution of 1 hour and 15 minutes
    • Up to 8 daily updates of the forecast

Partners: CENER, General Electric (France), General Electric (Switzerland), AGH, DLR, AEMET, Geomodel, EC-Systems, ESE, Politecnico di Milano, STF, University of Évora, University of Stuttgart

Funding: This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 654984.

Project Website: http://preflexms.eu/


Project CAPTure “Competitive SolAr Power Towers”. (H2020-LCE-2014-1. Grant Agreement Nº: 640905) (2015-2019)

  • Main objective: The main objective of this project is to significantly reduce costs of concentrated solar power, in order to pave the way for its deserved competitiveness on the power market. The global objective of this project is to increase plant efficiencies and reduce levelized cost of electricity (LCOE) by developing all relevant components that allow implementing an innovative plant configuration. This plant configurations is based on a multi-tower decoupled advanced solar combined cycle approach that not only increases cycle efficiencies but also avoids frequent transients and inefficient partial loads, thus maximizing overall efficiency, reliability as well as dispatchability, all of which are important factors directly related to cost competitiveness on the power market .CENER is the coordinator of this European project. The main activities which will be carried out within this project are the following:
    • WP 1: DSCC – The modular multi-tower decoupled solar combined cycle concept.
    • WP2: Solar receiver
    • WP 3: Regenerativeheatexchangesystem
    • WP 4: The solar-driven Brayton cycle
    • WP 5: Solar field
    • WP 6: System integration and testing in the relevant environment
    • WP 7: Riskanalysis
    • WP 8: Dissemination of results and communication
    • WP 9: Exploitation of results
    • WP 10: Project management and coordination
  • Partners: FUNDACIÓN TEKNIKER, CIEMAT, FRAUNHOFFER, BLUEBOX ENERGY, CEA, FCT, SONCEBOZ, HAVER & BOECKER, TSK – FLAGSOL, K CONTROLS, EDF, EUREC, EESV.
  • Project Website: http://capture-solar-energy.eu/

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Project ANTHOPHILA “Small scale solar thermal power plant technologies with sustainable management by means of biomass hybridization and thermal energy storage”. (Ref. RTC-2014-2364-3)

  • Main objective: The main objective of this project is the research and development of new technologies that allows the procurement of a new concept of a hybrid solar thermal – biomass small-scale power plant with thermal storage, implemented with a control system that provides a smart automation of the plant, achieving a manageable solution plant that makes possible to maximize the utilization of renewable, clean and sustainable resource and at the same time to collaborate on efficiency, intelligence, reliability and global availability of the electrical system. To achieve this objective the team is working mainly in the development of a specific collector, the thermal storage system and the integration of the whole system in medium temperature steam generation applications for industrial and / or electrical purposes.
  • Partners: Ingeteam and CENER.
  • Funding: This project has been funded by the Ministry of Economy and Competitiveness, according to the article 31 of Law regulations 38/2003 dated on November 17th, General Grants, approved by Royal Decree 887/2006, on July 21th.

 


FRIO SOLAR: Development of a cool generation system for the agri-food sector, using solar energy and waste heat energy as thermal sources (2014 – 2015)

  • Main objective: the main objective of this project is the development of a cool generation system which uses solar thermal energy and waste heat energy as thermal sources, as well its application to the agri-food sector.
  • Specific objectives:
    • Conceptual development of a medium – low temperature cool generation system based on the principle of absorption and powered by solar and waste heat energy, in order to allow a continued cool supply in the agri-food sector, useful for the preservation of perishable products.
    • To provide more precise knowledge of types and amounts of waste heat energy of these facilities, in order to take better advantage of them.
    • To develop a computational tool, with forecasting character, able to simulate the behavior of the entire industrial cool system, including waste heat sources, solar collection, storage and auxiliary systems.
    • At least, two representative companies from the agri-food sector will be selected, according to the data obtained from the objective 2, on which a computational sensitivity study will be performed, by combining different solar collector’s configurations, as well as stores and absorption equipments. All this considering several conditions and corresponding control strategies.
  • Partners involved: CENER, UPNA, SOTERNA, CNTA
  • Dates of execution: 2014 – 2015
  • Funding: This project has been funded by the Government of Navarre and is 50% co-financed by European Union FEDER funds.

 

 

 

MIRASOL: Materials and innovative design Research for Advanced Solar Receivers (2013 – 2017)

  • Objective: Fundamental research of high performance materials that allow the later development of high temperature and high efficiency solar receivers, that guarantee their reliability and durability under working demanding conditions which high concentrating technology require.
  • Total budget: 340.800€.
  • CENER´s budget: 154.440€.
  • Funding: National R&D Plan 2008 – 2011.Spanish Ministry of Economy and Competitiveness. Non-oriented fundamental research.

DNICast: Solardirect Normal Irradiance Nowcasting Methods For Optimized Operation Of Concentrating Solar Technologies (2013 – 2017)

  • Objective: To develop a number of novel methods for the prediction of DNI and combining them in order to cover all the requirements and need that present solar concentration Plants.
  • Total budget: 2.994.761€.
  • CENER´s budget: 121.264€.
  • Funding: European Commission, FP7 ENERGY-2013-1.

EUROSUNMED: Euro-Mediterranean Cooperation On Research & Training In Sun Based Renewable Energies (2013 – 2017)

  • Objective: 1) To develop new technologies in 3 energy fields area, namely photovoltaic, concentrated solar power and grid integration 2) To establish strong networking between EU and MPCs through exchange of students, senior researchers/engineers who will the vehicles for transferring knowledge and technologies.3) To disseminate the results of the projects.
  • Total budget: 5.291.631€.
  • CENER´s budget: 826.378€.
  • Funding: European Commission FP7-ENERGY-2013-1.

STAGE – STE: Scientific and Technological Alliance for Guaranteeing the European Excellence in Concentrating Solar Thermal Energy (2013 – 2017)

  • Objective: The main objective of this project is to promote coordination and support actions between institutions in the field of solar thermal energy.
  • Total budget: 9.997.207€.
  • CENER´s budget: 643.917€.
  • Funding: European Commission FP7 – ENERGY – 2013 IRP.

EASY (hEliostats for eAsy and Smart deployment): Development of an optimized heliostat concept (2012-2015)

  • Objective: Analysis and design of an innovative and cost effective small sized heliostat to exploit the solar field cost reduction potential. The system will feature a specially designed driving mechanism, an optimized support structure and an optical calibration system to achieve this goal.
  • EASY Card
  • EASY Video

New Concept of Innovative Tower Plant (2012 – 2016)

  • Objective: Development of a tower system with the aim of reducing substantially the cost of electricity from solar thermal energy.
  • Partners: Confidential.

Tonatiuh Project

The Tonatiuh project aims to create an open source, cutting-edge, accurate, and easy to use Monte Carlo ray tracer for the optical simulation of solar concentrating systems. It intends to advance the state-of-the-art of the simulation tools available for the design and analysis of solar concentrating systems, and to make those tools freely available to anyone interested in using and improving them. Some of the most relevant design goals of Tonatiuh are:

  • To develop a robust theoretical foundation that will facilitate the optical simulation of almost any type of solar concentrating systems.
  • To exhibit a clean and flexible software architecture, that will allow the user to adapt, expand, increase, and modify its functionalities with ease.
  • To achieve operating system independence at source level, and run on all major platforms with none, or minor, modifications to its source code.
  • To provide the users with an advanced and easy-of-use Graphic User Interface (GUI).
  • Tonatiuh (PDF, 478 KB)
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