The Development of the Air Thermal Power Plant of the Solar Chimney type.
The papers in field of the development of air thermal power plant.
1.Prof. Dr.-Ing. Dr. h.c. mult. J. Schlaich, SBP Berlin:
Concept and motivation of solar updraft power technology
2.Prof. Dr. M. Fischedick, Dr. P. Viebahn, S. Samadi, Wuppertal Institut:
Solar updraft technology and global energy scenarios
Thermodynamics and Machinery
3.Prof. Dr. D.G. Kröger, U. Stellenbosch, Dr. J. Pretorius, ESCOM; Cape Town:
Basic theory and numerical simulation of solar updraft power plants
4.Dr. T. P. Fluri, Prof. Dr. T.W. von Backström, U. Stellenbosch:
Solar chimney turbine layout and design considerations
5.Dr.-Ing. H. Pastohr, Astrium, München:
Thermo-dynamical model of solar updraft power plants
6.Prof. Dr. Ch. D. Pagageorgiou, NTU Athens:
Solar chimney technology without solar collectors
7.Dr. R. O. Manyala, Maseno University, Kenya:
The effect of collector temperatures on power output of solar updraft plant
8.Prof. Dr. S. Larbi, A. Bouhdjar, T. Chergui, National Polytec, Algier:
Thermo-fluid aspect analysis in solar chimney power plants
9.Prof. Dr.-Ing. M. A. dos Santos Bernardes, CEFET/MG, Belo Horizonte, Brasil:
Thermal semicondutors as a power control strategy for SCPTs
10.M. Kuhn, Prof. Dr. T. W. von Backström, U. Stellenbosch:
The influence of tip clearance on the performance of solar chimney turbines
Wind exposure
11.Prof. Dr.-Ing. R. Höffer, Dipl.phys. V. Görnandt, RUB, Prof. Dr.-Ing. H.-J. Niemann,
Dr.-Ing. N. Hölscher, N&P:
Wind loading patterns for the collector glass roof
12.Prof. Dr.-Ing. H.-J. Niemann, Dr.-Ing. N. Hölscher, Dipl.-Ing. W. Hubert, N&P:
Static, quasi.static and resonant wind effects on GIGA –Towers
13.Prof. Dr.-Ir. H. van Koten, TU Delft, Dipl.-Ing. J. Sahlmen, RUB, Dipl.-Ing. W. Hubert, N&P:
Vortex excitation at very high Reynolds numbers
14.Prof. Dr. X. Zhou, F. Wang, Huazhong, U. Wuhan:
Pressure distribution on solar thermal power plant chimneys in thunderstorms
Alternative energy concepts
15. Dipl.-Ing. F. Henseler, Corporate Engineering, Essen:
Is nuclear power a bridging technology for Europe?
16.Dr. Gerd Dibowski, DLR, Köln:
How cost-effective are solar-thermal power plants?
17. Dr.-Ing. H. Gladen, Dipl.-Ing. L. Schnatbaum-Laumann, SM AG, Erlangen:
The parabola trough power plants Andasol
18. Prof. Dr. P. Moncarz, Exponent Corporation, Menlo Park, USA:
Geo-thermical electricity generation using the Hot Dry Rock concept
Green Tower
19.Prof. Dr. A. Thomashausen, Pretoria:
GreenTower in world politics
20.M. Hummel, GreenTower Ltd., München:
Why Solar Updraft Power presently competes with classical power technologies
21.W. Ademes, Entwicklungs-Consult, Mülheim:
GreenTower with energy storage – Optimum base and peak load power station
22.W.-W. Stinnes, GreenTower (GT) Ltd., Pretoria:
Humus as backbone of GT revenues – Green revolution and C02-sequestration
Equipment, glass collector
23.Dr.rer.nat. V. Wittwer, ISE; Dr.rer.nat. L. Herlitze, Interpane:
High-transparent glass panes with multi-functional coatings
24.Prof. Dr.-Ing. R. Höffer, Dipl.-Ing. C. Wevers, RUB:
Investigations of transport and deposition of dust on the collector surface
25.Dr.-Ing. J. Kuck, Dr.-Ing. C. Ziller, F&W, Aachen, Dipl.-Ing. L. Schnatbaum-Laumann,
Dr.-Ing. H. Gladen, SM AG, Erlangen:
Methodical approach to design the solar collector of a solar chimney power plant
Financial aspects
26. Dr.-Ing. R. Bergermann, SBP, Stuttgart:
Realization and costs of solar updraft power plants
27. Dr. D. Bonnelle, ENS, Lyon:
An economically realistic growth path towards kilometric chimneys
28.O. Petersen, OP Software, Kreuzlingen:
Step-wise construction and financing of SCPPs with light-weight steel towers
29.Prof. Dr. W. Breuer, RWTH Aachen
Solar Chimney Power Technology – An Economist’s Point of View
Optimization and durability
30. Dr. Hermann Bottenbruch:
Complete solar energy supply system for Africa and Europe with solar updraft
power plants during the present century
31.Dr. H. Bottenbruch, Prof. Dr. W. B. Krätzig, K&P:
Optimum design of solar chimneys
32.Dr. H. Bottenbruch, Prof. Dr.-Ing. P. Noakowski, Exponent, Düsseldorf:
Optimum design of the hot air injection into the solar chimney
33.Dr. R. de Richter, Tour Solaire, Montpellier:
Can airflow and radiation under the collector glass contribute to SUPPs’
profitability?
34.Dr.-Ing. J. Strauss, Heitkamp, Herne, Alexander Kreiner, Gleitbau Salzburg:
Optimized erection technology of GIGA towers
35.Prof. Dr. J. Schneider, TU Darmstadt
Optimization of the Structural Capacity and Thermal Behaviour of a SCPP Glass
Roof
Structural aspects
36.Prof. Dr h.c. C. Borri, F. Lupi, E. Marino, U. Florence:
Optimum shell design of solar updraft towers
37. Prof. Dr.-Ing. W.B. Krätzig, K&P, Prof. Dr. G. I. Schuëller, U. Innsbruck:
Safety, reliability and durability concepts for solar updraft power components
38. Prof. Dr.-Ing. R. Harte, U. Wuppertal; Dipl.-Ing. M. Graffmann, Dr.-Ing. R. Wörmann, K&P:
Progress in the structural design of solar chimneys
39.Prof. Dr.-Ing. R. Harte, U. Wuppertal, K. Stopp, Dr.-Ing. M. Andres, K&P:
Soil-structure-interaction of large concrete shells
40. Prof. Dr.-Ing. L. Lohaus, U. Hannover:
Concrete concepts for solar chimneys
41. Prof. Dr.-Ing. P. Mark, Dipl.-Ing. A. Ahrens, RUB, Dr.-Ing. D. Lehnen, Dr.-Ing. T. Pfister,
Zerna Engineers:
Life-cycle-management and design of large shell structures
42.Dr.-Ing. Ch. Lang, Dr.-Ing. F. Altmeier, Dipl.-Ing. J. Weigl, LAW Engineers:
Earthquake behaviour of solar updraft power plant chimneys
43. Prof. Dr.-Ing. M. Helmus, N. Warkus, U. Wuppertal, M. Lorek, BICON, Windhoek:
Solar chimneys in Southern Africa –Materials and methods
