Solar Thermal Central Receiver Systems: Proceedings of the Third International Workshop June 23-27, 1986, Konstanz, Federal Republic of Germany

ISBN-13: 9783540170525 / Angielski / Miękka / 1986 / 572 str.

Manfred Becker

Opis

These volumes present the Proceedings of the "Third Interna- tional Workshop on Solar Thermal Central Receiver Systems" or- ganized by the DFVLR and held in Konstanz, Federal Republic of Germany, June, 1986. The Workshop was the continuation of the conferences in Claremont, USA, 1982 and in Varese, Italy, 1984 on the subject of "Central Receiver Projects" and of the con- ferences in Stuttgart, Federal Republic of Germany, 1983 and in Atlanta, USA, 1985 on the subject of "High Temperature Solar Technology and Application." The success of the Workshop was indicated by the participation of 113 scientists from 11 nations. The Workshop was mainly ad- dressed to persons actively working in the field of "Solarthermal." But also participants from neighboring areas of investigation were welcomed, e.g. those from Photovoltaics who deal with temperature effects. Several small Solar Thermal Power Plants have been successfully operated in recent years; their results enable the scientific and technical community to judge on technical viabilities, as- sess operational characteristics, and evaluate and extrapolate thermal and electrical performances. Summarizing and comparing these experiences was the topic of the first part of the Work- shop which dealt with "Plants."

Spis treści

1. Introduction.- Solar Thermal Power Plants — Where are we coming from, where are we bound to?.- 2. Results of CRS-Plants.- The Central Receiver System (CRS) of the SSPS — Project: Subsystem and System Performances.- Results of CESA — 1 Plant.- Concept and Operating Experiences with EURELIOS — The 1 MW Helioelectric Power Plant of the European Communities.- Results and Evaluation of the 1 MW Solar Thermal Electric Power Plant at Nio.- Themis Evaluation Report.- Three Years of Test and Operation at Solar One.- 3. New Projects.- Commercialization of Solar Central Receiver Technology.- Solar Central Receiver Technology Advancement for Electric Utility Applications.- Themis 20 – 60 MW Projects.- GAST — Status of Work: Tests in Almeria, System Analysis- and Future Prospects.- Central Receiver Facility at The Weizmann Institute of Science.- Electric Power Generation Study for the Dominian Republic.- Preparations for an International 30 MW(el) CRS — Power Plant Study.- 4. Technologies.- 4.1 Concentrating Systems.- Heliostat Selection Code to Obtain Certain Peak Power Level (An Artificial Intelligence Approach).- Analysis of GAST Heliostat Image Measurements in Almeria.- 4.2 Receivers.- IEA/SSPS Sodium Cavity and External Receiver Performance Comparison.- Non-Steady Thermodynamic Behavior of Sodium Cooled Receivers — Results of Calculations and Measurements.- Evaluation of Advanced Sodium Receiver Losses.- Themis Receiver: Thermal Losses and Performance.- The Solar Thermal Test Facility.- 4.3 Systems — Measurements and Evaluation Techniques.- Analysis of the Main Foreseeable Operation Transients of a Gas-Cooled Solar Power Plant in a Previous Design Stage of the Project.- Examination of the Heliostat Field and Advanced Sodium Receiver (ASR) of the IEA-SSPS Central Receiver System.- Examination of the Heliostat Field and Molten Salt Primary Loop.- The Up-Keeping of Themis Primary and Secondary Loop: Power Consumption and Procedures Optimization.- 5. Workshop on “Plants”.- Results of the Session 5.1.- Systems, Performances, Thermal Inertia Capacities and Technologies.- Compared Performance of Central Receiver Plants.- High Flux Experiment at SSPS.- NIO Receiver System.- Themis Annual Energy Estimate.- Calculations of Design Points on CRS-Plants — Application to SSPS-CRS Heliostat Field.- Results of the Session 5.2.- Methods of Measurement — Evaluation Techniques.- Evaluation and Qualification of the HFD Bar During the ASR High Flux Experiment.- Solar Flux Measurement — Methods Tested in Themis.- Measuring System VISIR for Data Acquisition of Emitted and Reflected Radiation in the Visible (VIS) and Infrared (IR) Range.- Development and Test of Measuring Absorber Device with Gas Gap Cooling for Measurement of the Effective Radiation Absorptance of Hot Surfaces.- Themis Collector System Performance Simulation.- Results of the Session 5.3.- Problems of Mass Production.- Performance of NIO Heliostat.- Status and Results of Heliostat Development at MBB.- Field Control System Description and Evaluation Results of the ASINEL — GAST Testseries Heliostats.- Results of the Sessions 5.4 (Market Possibilities and Future Prospects) and 7.5 (Systems and Economics) are presented on page 981.- Comparison of Solar Thermal and Photovoltaic Electricity Generation.- Site Evaluation for STCRPP in the Swiss Alps.- Technical and Economic Possibilities for Solar Power Plants in Austria.- Solar Tower Plants — An Option for the Mediterranean Region.- Results of the Panel Discussion on “Solar Thermal Plants”.- Index of Authors.

O autorze

Univ.-Prof. Dr. Manfred Becker, seit 1993 Inhaber des Lehrstuhls für Allgemeine Betriebswirtschaftslehre, insbesondere Organisation und Personalwirtschaft an der Martin-Luther-Universität Halle-Wittenberg, von 1990 bis 1993 Universitätsprofessor für Betriebswirtschaftslehre an der Gerhard-Merkator-Universität Duisburg; von 1980 bis 1990 in leitenden Funktionen der Personalwirtschaft eines internationalen Industrieunternehmens tätig; Promotion 1979, Habilitation 1987 an der Johannes Gutenberg-Universität Mainz.