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Project Title:

Experimental check of simulations for electric supply systems based on renewable sources

Ref.No.: 120

Project Type and Category:

Basic research

Project Duration:

01/86 – 12/1990

Project Participants:

Universität Oldenburg, Gesamthochschule Kassel

Sponsor:

BMFT

Project Budget and
Funding:

900,000 DM

Project Description and Objectives:

Simulation software with following topics: PV generator, wind energy converter, motor/generator, accumulators, contoller, power management systems, inverter, converter, public net connector, ballast. Additionally: a hydrogen storage, electrolyser, compressed gas storage, fuel cells.
The variation of climate conditions and locations should be possible.

Technical Goals:

Development and simulation of a PV and windenergy based energy supply system with hydrogen as energy storage.

Project Status

Finalized

Preliminary or Final Results:

Simulation software “INSEL” for system specification and identification of critical system conditions.

Related Reference Papers and Other Publications:

- H.G. Beyer, H. Gabler, G.J. Gerdes, D. Heinemann, J. Luther, J. Schumacher-Gröhn and R. Steinberger_Willms: Wind/Solar hybrid electricity generation for stand alone systems with battery and hydrogen storage. Proc. 5th intern. Conf. On energy options - The role of alternatives in the world energy scene, Reading, April 1987, 132 -135 (1987)
T. Degner, H. Gabler, G. Gerdes, W. Jürgens, J. Luther, F. Raptis and E. Wiemken: The ENERGIELABOR - a wind/solar hybrid stand alone system - new layout of the electrical supply and first operational experience. Proc. of the 1989 congress of the ISES, Kobe city, Japan, 1989, Pergamon Press, 1583 - 1587 (1990)
- J. Luther and J. Schumacher-Gröhn: INSEL -a simulationsystem for renewable electrical energy supply systems; paper presented at the 10th European Photovoltaic Solar Energy Conference, April 1991, Lissabon
2 Dissertations:
- Schumacher-Gröhn, Jürgen: Digitale Simulation regenerativer elektrischer Energieversorgungssysteme, Febr. 1991
- Trieb, Franz: Wasserstoff-Energiespeicher für autonome elektrische Energieversorgungssysteme, die auf regenerativen Quellen basieren, Mai 1991

Back to list of projects

Project Title: Experimental check of simulations for electric supply systems based on renewable sources		Ref.No.: 120
Project Type and Category:	Basic research
Project Duration:	01/86 – 12/1990
Project Participants:	Universität Oldenburg, Gesamthochschule Kassel
Sponsor:	BMFT
Project Budget and Funding:	900,000 DM
Project Description and Objectives:	Simulation software with following topics: PV generator, wind energy converter, motor/generator, accumulators, contoller, power management systems, inverter, converter, public net connector, ballast. Additionally: a hydrogen storage, electrolyser, compressed gas storage, fuel cells. The variation of climate conditions and locations should be possible.
Technical Goals:	Development and simulation of a PV and windenergy based energy supply system with hydrogen as energy storage.
Project Status	Finalized
Preliminary or Final Results:	Simulation software “INSEL” for system specification and identification of critical system conditions.
Related Reference Papers and Other Publications:	- H.G. Beyer, H. Gabler, G.J. Gerdes, D. Heinemann, J. Luther, J. Schumacher-Gröhn and R. Steinberger_Willms: Wind/Solar hybrid electricity generation for stand alone systems with battery and hydrogen storage. Proc. 5th intern. Conf. On energy options - The role of alternatives in the world energy scene, Reading, April 1987, 132 -135 (1987) T. Degner, H. Gabler, G. Gerdes, W. Jürgens, J. Luther, F. Raptis and E. Wiemken: The ENERGIELABOR - a wind/solar hybrid stand alone system - new layout of the electrical supply and first operational experience. Proc. of the 1989 congress of the ISES, Kobe city, Japan, 1989, Pergamon Press, 1583 - 1587 (1990) - J. Luther and J. Schumacher-Gröhn: INSEL -a simulationsystem for renewable electrical energy supply systems; paper presented at the 10th European Photovoltaic Solar Energy Conference, April 1991, Lissabon 2 Dissertations: - Schumacher-Gröhn, Jürgen: Digitale Simulation regenerativer elektrischer Energieversorgungssysteme, Febr. 1991 - Trieb, Franz: Wasserstoff-Energiespeicher für autonome elektrische Energieversorgungssysteme, die auf regenerativen Quellen basieren, Mai 1991