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

H. G. Beyer; H. Gabler; G. J. Gerdes; D. Heinemann; J. Luther; J. Schumacher-Grohn; R. Steinberger-Willms

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

H. G. Beyer, H. Gabler, G. J. Gerdes, D. Heinemann, J. Luther, J. Schumacher-Grohn, R. Steinberger-Willms

Research output: Chapter in Book/Report/Conference proceeding › Chapter

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.)

Original language	English
Title of host publication	The Role of Alternatives in the World Energy Scene
Subtitle of host publication	5th Intl Conf on Energy Options
Place of Publication	Reading
Publisher	IEE
Edition	5
ISBN (Print)	0852963483, 9780852963487
Publication status	Published - 1 Jan 1987
Event	Fifth International Conference on Energy Options - University of Reading, Reading, United Kingdom Duration: 7 Apr 1987 → 9 Apr 1987

Conference

Conference	Fifth International Conference on Energy Options
Country/Territory	United Kingdom
City	Reading
Period	7/04/87 → 9/04/87

ASJC Scopus subject areas

Electrical and Electronic Engineering

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Cite this

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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",

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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.

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

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 -

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

Abstract

Conference

ASJC Scopus subject areas

UN SDGs

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