Abstract
Aiming at solving the problems relating to interconnection of dispersed power sources such as fuel cells and the photovoltaic power generation with the commercial power system, tests are carried out using a demonstrative system. The paper reports the results. The system installs 300 kW of low-voltage interconnecting photovoltaic power generation systems of various capacities/usages, 900 kW of high-voltage interconnecting fuel cell power generation systems, and 33 kW of wind power generation systems, and is interconnected with an experimental simulated distribution line equivalent to 10 km. In fiscal 1992, a verification test on interconnection of fuel cells was carried out. As a result, it is confirmed that there are no variations causing the problem both in voltage and higher harmonics at high-voltage side, and little effects at low-voltage side. In tests on ground fault and short circuit of the distribution line, it is confirmed that it does not affect very much quality and relay workings of the conventional distribution line. It is verified that there is no occurrence of reverse charging nor large effects on the reclosing system at the time of reverse charging. 202 figs., 47 tabs.
Citation Formats
None.
Demonstrative operation study relating to demonstration of new distributed power generation technology commercialization; Bunsangata shinhatsuden gijutsu jitsuyoka jissho kenkyu ni kansuru jissho unten kenkyu.
Japan: N. p.,
1993.
Web.
None.
Demonstrative operation study relating to demonstration of new distributed power generation technology commercialization; Bunsangata shinhatsuden gijutsu jitsuyoka jissho kenkyu ni kansuru jissho unten kenkyu.
Japan.
None.
1993.
"Demonstrative operation study relating to demonstration of new distributed power generation technology commercialization; Bunsangata shinhatsuden gijutsu jitsuyoka jissho kenkyu ni kansuru jissho unten kenkyu."
Japan.
@misc{etde_10155387,
title = {Demonstrative operation study relating to demonstration of new distributed power generation technology commercialization; Bunsangata shinhatsuden gijutsu jitsuyoka jissho kenkyu ni kansuru jissho unten kenkyu}
author = {None}
abstractNote = {Aiming at solving the problems relating to interconnection of dispersed power sources such as fuel cells and the photovoltaic power generation with the commercial power system, tests are carried out using a demonstrative system. The paper reports the results. The system installs 300 kW of low-voltage interconnecting photovoltaic power generation systems of various capacities/usages, 900 kW of high-voltage interconnecting fuel cell power generation systems, and 33 kW of wind power generation systems, and is interconnected with an experimental simulated distribution line equivalent to 10 km. In fiscal 1992, a verification test on interconnection of fuel cells was carried out. As a result, it is confirmed that there are no variations causing the problem both in voltage and higher harmonics at high-voltage side, and little effects at low-voltage side. In tests on ground fault and short circuit of the distribution line, it is confirmed that it does not affect very much quality and relay workings of the conventional distribution line. It is verified that there is no occurrence of reverse charging nor large effects on the reclosing system at the time of reverse charging. 202 figs., 47 tabs.}
place = {Japan}
year = {1993}
month = {Mar}
}
title = {Demonstrative operation study relating to demonstration of new distributed power generation technology commercialization; Bunsangata shinhatsuden gijutsu jitsuyoka jissho kenkyu ni kansuru jissho unten kenkyu}
author = {None}
abstractNote = {Aiming at solving the problems relating to interconnection of dispersed power sources such as fuel cells and the photovoltaic power generation with the commercial power system, tests are carried out using a demonstrative system. The paper reports the results. The system installs 300 kW of low-voltage interconnecting photovoltaic power generation systems of various capacities/usages, 900 kW of high-voltage interconnecting fuel cell power generation systems, and 33 kW of wind power generation systems, and is interconnected with an experimental simulated distribution line equivalent to 10 km. In fiscal 1992, a verification test on interconnection of fuel cells was carried out. As a result, it is confirmed that there are no variations causing the problem both in voltage and higher harmonics at high-voltage side, and little effects at low-voltage side. In tests on ground fault and short circuit of the distribution line, it is confirmed that it does not affect very much quality and relay workings of the conventional distribution line. It is verified that there is no occurrence of reverse charging nor large effects on the reclosing system at the time of reverse charging. 202 figs., 47 tabs.}
place = {Japan}
year = {1993}
month = {Mar}
}