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This paper is an attempt to classify the diverse nature of application of photovoltaic (PV) systems around the world. The five classes presented in this paper are -(i) stand alone, (ii) grid-connected, (iii) PV-thermal, (iv) PV-wind and (v) dedicated applications.73 papers are cited and classified into these five categories including a brief summary of each paper. Out of these, 42 papers relate to grid-connected applications in many industrialized countries of the world. These papers reflect the importance given to such applications. Due to the fast changing nature of PV and the related industries only the papers published during the last 10 years have been considered. INTRODUCTIONPhotovoltaic (PV) power has found applications in all corners of the earth -f r o m the Polynesian Islands to Ethiopian villages, and to the large utility scale projects in California. PV is used in water pumping, lighting, consumer electronics, refrigeration in third world village pharmacies, utility scale projects and space applications. Even though PV found its first applications in space, the magnitude o f its terrestrial applications at this time overshadows the extra-terrestrial uses. Because of this reason, the discussion in this paper is limited to terrestrial applications, consumer electronics excluded.Recently Sugimura and Wood [I] presented a survey of recent literature on the utility application of photovoltaic power generation. In the 79 papers they reviewed several issues related to central station and residentiaVintermediate systems were addressed. This paper has filled a long standing need for such a comprehensive reference. We, however, feel that the world-wide readership of the IEEE Transaction of Energy Conversion would benefit from a discussion on the diverse applications of PV systems (beyond the two listed above) that are found all over the world. Such a review would also trace how PV based systems have progressed in size and diversity over the years. For this reason our paper may be considered as a supplement of the Sugimura and Wood paper.The objective of this paper is to present the categories into which PV power applications can be grouped, to discuss the advantages and disadvantages of using PV for such applications, and to suggest ways to improve the performance o f PV systems. The categories are: 1. Stand-alone application 2. Grid-connected application 3. PV-thermal application 4. PV-wind application 5. Dedicated application 88 WM 241-2 A p a p e r recommended a n d a p p r o v e d by t h e IEEE Power G e n e r a t i o n Committee of t h e IEEE Power E n g i n e e r i n g S o c i e t y f o r p r e s e n t a t i o n a t t h e IEEE/PES 1988 W i n t e r M e e t i n g , New Y o r k , New Y o r k , January 3 1 -F e b r u a r y 5, 1988. M a n u s c r i p t subm i t t e d A u g u s t 21,It must be noted, however that the bibliography in this paper is representative, not exhaustive. We have therefore, not reviewed any of the PV related reports that have been published over the last several years, We take the positio...
This paper is an attempt to classify the diverse nature of application of photovoltaic (PV) systems around the world. The five classes presented in this paper are -(i) stand alone, (ii) grid-connected, (iii) PV-thermal, (iv) PV-wind and (v) dedicated applications.73 papers are cited and classified into these five categories including a brief summary of each paper. Out of these, 42 papers relate to grid-connected applications in many industrialized countries of the world. These papers reflect the importance given to such applications. Due to the fast changing nature of PV and the related industries only the papers published during the last 10 years have been considered. INTRODUCTIONPhotovoltaic (PV) power has found applications in all corners of the earth -f r o m the Polynesian Islands to Ethiopian villages, and to the large utility scale projects in California. PV is used in water pumping, lighting, consumer electronics, refrigeration in third world village pharmacies, utility scale projects and space applications. Even though PV found its first applications in space, the magnitude o f its terrestrial applications at this time overshadows the extra-terrestrial uses. Because of this reason, the discussion in this paper is limited to terrestrial applications, consumer electronics excluded.Recently Sugimura and Wood [I] presented a survey of recent literature on the utility application of photovoltaic power generation. In the 79 papers they reviewed several issues related to central station and residentiaVintermediate systems were addressed. This paper has filled a long standing need for such a comprehensive reference. We, however, feel that the world-wide readership of the IEEE Transaction of Energy Conversion would benefit from a discussion on the diverse applications of PV systems (beyond the two listed above) that are found all over the world. Such a review would also trace how PV based systems have progressed in size and diversity over the years. For this reason our paper may be considered as a supplement of the Sugimura and Wood paper.The objective of this paper is to present the categories into which PV power applications can be grouped, to discuss the advantages and disadvantages of using PV for such applications, and to suggest ways to improve the performance o f PV systems. The categories are: 1. Stand-alone application 2. Grid-connected application 3. PV-thermal application 4. PV-wind application 5. Dedicated application 88 WM 241-2 A p a p e r recommended a n d a p p r o v e d by t h e IEEE Power G e n e r a t i o n Committee of t h e IEEE Power E n g i n e e r i n g S o c i e t y f o r p r e s e n t a t i o n a t t h e IEEE/PES 1988 W i n t e r M e e t i n g , New Y o r k , New Y o r k , January 3 1 -F e b r u a r y 5, 1988. M a n u s c r i p t subm i t t e d A u g u s t 21,It must be noted, however that the bibliography in this paper is representative, not exhaustive. We have therefore, not reviewed any of the PV related reports that have been published over the last several years, We take the positio...
Preface Factors Relevant to Utility Integration of Intermittent RenewableTechnologies is a study and literature review looking at various factors relevant to the integration of intermittent renewable energy technologies into electric systems. The three topics covered in this report are interface factors, operability/stability factors, and planning factors that electric utilities have to address before large-scale integration of intermittent renewable energy technologies can take place. The purpose is to assess the state of knowledge of these factors and their relative significance today, and thus provide guidance to analysts in their evaluation of technologies and to researchers in their pursuit of tools and strategies to define and mitigate potential impacts.This report is one of a series of analyses being undertaken by the Analytic Studies Division of the National Renewable Energy Laboratory to provide insights into issues pertinent to renewable energy research and development activities. The Office of Utility Technologies of the Department of Energy funded this study.The authors are indebted to many people who reviewed the draft of this report and offered helpful comments. We especially want thank Joe Iannucci of Pacific Gas and Electric Company for his comments and valuable suggestions. Executive Summary ObjectiveThis study of the factors relevant to integrating intermittent renewable technologies into utility systems is one of a series of analyses being undertaken to provide insights into issues pertinent to renewable energy research and development activities. The purpose of this study is to assess the current state of knowledge of various factors that utilities must address in integrating intermittent renewable technologies, such as windor solar-based systems, into utility power-supply systems.Past studies indicated that utilities have concerns about the substantial differences between intermittent renewable technologies and conventional sources of utility power supply. These issues and concerns can impede the deployment of renewable technologies in utility systems if questions remain unanswered or technologies appear detrimental to standard utility operations. The goal of this study is to assess the relative significance of these concerns today and thus guide analysts in their evaluation of various technologies and researchers in their pursuit of tools and strategies to define or mitigate impacts.Integration studies from the late 1970s and early 1980s provide a starting point for assessing relevant issues, but these older studies have not been consolidated into a consistent data base nor updated to today's higher standards of analytic capability. Many recent studies have added to the knowledge base of renewable technology integration issues. In addition, significant changes have taken place in the utility marketplace regarding regulatory practices, energy and environmental policies, the resource selection process, and the development of non-utility generators. These changes have altered the type and lev...
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