Wind/solar hybrid electricity generation for stand alone systems with battery and hydrogen storage

Research output: Chapter in Book/Report/Conference proceedingChapter

Standard

Wind/solar hybrid electricity generation for stand alone systems with battery and hydrogen storage. / Beyer, H. G.; Gabler, H.; Gerdes, G. J.; Heinemann, D.; Luther, J.; Schumacher-Grohn, J.; Steinberger-Willms, R.

The Role of Alternatives in the World Energy Scene: 5th Intl Conf on Energy Options. 5. ed. Reading : IEE, 1987.

Research output: Chapter in Book/Report/Conference proceedingChapter

Harvard

Beyer, HG, Gabler, H, Gerdes, GJ, Heinemann, D, Luther, J, Schumacher-Grohn, J & Steinberger-Willms, R 1987, Wind/solar hybrid electricity generation for stand alone systems with battery and hydrogen storage. in The Role of Alternatives in the World Energy Scene: 5th Intl Conf on Energy Options. 5 edn, IEE, Reading, Fifth International Conference on Energy Options, Reading, United Kingdom, 7/04/87.

APA

Beyer, H. G., Gabler, H., Gerdes, G. J., Heinemann, D., Luther, J., Schumacher-Grohn, J., & Steinberger-Willms, R. (1987). Wind/solar hybrid electricity generation for stand alone systems with battery and hydrogen storage. In The Role of Alternatives in the World Energy Scene: 5th Intl Conf on Energy Options (5 ed.). IEE.

Vancouver

Beyer HG, Gabler H, Gerdes GJ, Heinemann D, Luther J, Schumacher-Grohn J et al. Wind/solar hybrid electricity generation for stand alone systems with battery and hydrogen storage. In The Role of Alternatives in the World Energy Scene: 5th Intl Conf on Energy Options. 5 ed. Reading: IEE. 1987

Author

Beyer, H. G. ; Gabler, H. ; Gerdes, G. J. ; Heinemann, D. ; Luther, J. ; Schumacher-Grohn, J. ; Steinberger-Willms, R. / Wind/solar hybrid electricity generation for stand alone systems with battery and hydrogen storage. The Role of Alternatives in the World Energy Scene: 5th Intl Conf on Energy Options. 5. ed. Reading : IEE, 1987.

Bibtex

@inbook{b03d572a7e55404cac8f69ad0c609030,
title = "Wind/solar hybrid electricity generation for stand alone systems with battery and hydrogen storage",
abstract = "Simulation calculations were performed for systems with renewable energy production. These systems included wind/solar converters, battery and hydrogen storage. The system model is characterized by the following features: they are stand alone electric systems; three primary energy sources are combined (wind, solar and a conventional fuelled motor); renewable energy source covers a high proportion of consumption (70-100%); two different storage systems (lead acid accumulator, hydrogen system). Technical data of modelled subsystems are tabulated. Storage capacities of 1 day already show high renewable fractions. (A.J.)",
author = "Beyer, {H. G.} and H. Gabler and Gerdes, {G. J.} and D. Heinemann and J. Luther and J. Schumacher-Grohn and R. Steinberger-Willms",
year = "1987",
month = jan,
day = "1",
language = "English",
isbn = "0852963483",
booktitle = "The Role of Alternatives in the World Energy Scene",
publisher = "IEE",
edition = "5",
note = "Fifth International Conference on Energy Options ; Conference date: 07-04-1987 Through 09-04-1987",

}

RIS

TY - CHAP

T1 - Wind/solar hybrid electricity generation for stand alone systems with battery and hydrogen storage

AU - Beyer, H. G.

AU - Gabler, H.

AU - Gerdes, G. J.

AU - Heinemann, D.

AU - Luther, J.

AU - Schumacher-Grohn, J.

AU - Steinberger-Willms, R.

PY - 1987/1/1

Y1 - 1987/1/1

N2 - Simulation calculations were performed for systems with renewable energy production. These systems included wind/solar converters, battery and hydrogen storage. The system model is characterized by the following features: they are stand alone electric systems; three primary energy sources are combined (wind, solar and a conventional fuelled motor); renewable energy source covers a high proportion of consumption (70-100%); two different storage systems (lead acid accumulator, hydrogen system). Technical data of modelled subsystems are tabulated. Storage capacities of 1 day already show high renewable fractions. (A.J.)

AB - Simulation calculations were performed for systems with renewable energy production. These systems included wind/solar converters, battery and hydrogen storage. The system model is characterized by the following features: they are stand alone electric systems; three primary energy sources are combined (wind, solar and a conventional fuelled motor); renewable energy source covers a high proportion of consumption (70-100%); two different storage systems (lead acid accumulator, hydrogen system). Technical data of modelled subsystems are tabulated. Storage capacities of 1 day already show high renewable fractions. (A.J.)

UR - http://www.scopus.com/inward/record.url?scp=85040879795&partnerID=8YFLogxK

M3 - Chapter

AN - SCOPUS:85040879795

SN - 0852963483

SN - 9780852963487

BT - The Role of Alternatives in the World Energy Scene

PB - IEE

CY - Reading

T2 - Fifth International Conference on Energy Options

Y2 - 7 April 1987 through 9 April 1987

ER -