Air mass zero calibration of solar cells has been carried out for several years by NASA Glenn Research Center using a Lear-25 aircraft and Langley plots. The calibration flights are carried out during early fall and late winter when the tropopause is at the lowest altitude. Measurements are made starting at about 50,000 feet and continue down to the tropopause. A joint NASA/Wayne State University program called Suntracker is underway to explore the use of weather balloon and communication technologies to characterize solar cells at elevations up to about 100 kft. The balloon flights are low-cost and can be carried out any time of the year. AMO solar cell characterization employing the mountaintop, aircraft and balloon methods are reviewed. ...
In an effort to improve the accuracy of the high altitude aircraft method for calibration of high ba...
The experiment for measuring the solar spectrum at different latitudes and altitudes was conducted t...
Accurate prediction of the performance of solar arrays in space requires that the cells be tested in...
The high altitude aircraft method has been used at NASA GRC since the early 1960's to calibrate sola...
Calibration of standard sets of solar cell sub-cells is an important step to laboratory verification...
For the eighth consective year, high-altitude calibration of solar cells was accomplished with the a...
A description of a technique for the airborne calibration of solar cells is given. Aircraft modifica...
Calibration of solar cells for space is extremely important for satellite power system design. Accur...
High altitude aircraft have been used by the space photovoltaic (PV) community to determine the air ...
High altitude balloon flights carried 37 standard solar cells for calibration above 99.5 percent of ...
The 1978 scheduled solar cell calibration balloon flight was successfully completed. Thirty six modu...
Thirty-eight modules were carried to an altitude of about 36 kilometers. In addition to the cell cal...
Evaluation of space photovoltaics using ground-based simulators requires primary standard cells whic...
The objective of the photovoltaic (PV) cell calibration experiment for Pathfinder was to develop an ...
Accurate air mass zero (AM0) measurement is essential for the evaluation of new photovoltaic (PV) te...
In an effort to improve the accuracy of the high altitude aircraft method for calibration of high ba...
The experiment for measuring the solar spectrum at different latitudes and altitudes was conducted t...
Accurate prediction of the performance of solar arrays in space requires that the cells be tested in...
The high altitude aircraft method has been used at NASA GRC since the early 1960's to calibrate sola...
Calibration of standard sets of solar cell sub-cells is an important step to laboratory verification...
For the eighth consective year, high-altitude calibration of solar cells was accomplished with the a...
A description of a technique for the airborne calibration of solar cells is given. Aircraft modifica...
Calibration of solar cells for space is extremely important for satellite power system design. Accur...
High altitude aircraft have been used by the space photovoltaic (PV) community to determine the air ...
High altitude balloon flights carried 37 standard solar cells for calibration above 99.5 percent of ...
The 1978 scheduled solar cell calibration balloon flight was successfully completed. Thirty six modu...
Thirty-eight modules were carried to an altitude of about 36 kilometers. In addition to the cell cal...
Evaluation of space photovoltaics using ground-based simulators requires primary standard cells whic...
The objective of the photovoltaic (PV) cell calibration experiment for Pathfinder was to develop an ...
Accurate air mass zero (AM0) measurement is essential for the evaluation of new photovoltaic (PV) te...
In an effort to improve the accuracy of the high altitude aircraft method for calibration of high ba...
The experiment for measuring the solar spectrum at different latitudes and altitudes was conducted t...
Accurate prediction of the performance of solar arrays in space requires that the cells be tested in...