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Teaching
There are following courses teached in laboratory:
In the summer semester of 2014 takes place in a laboratory teaching of following subjects: (link to timetables)
AE1B13SVS,
A1B13SVS.
Master's thesis, bachelor thesis and individual projects
The laboratory offers students the opportunity for professional development in the field of photovoltaics and electrochemistry not only
through mandatory and compulsorily elective courses, but also through individual works under the guidance of the Department of
Electrotechnology teachers. The following courses are offered to students of relevant study programs:
A1M13DIP, A1B13BAP, A1B13IND, A1M13IND. We also cooperate with other departments in the assigning the diploma and individual works.
For example with interfaculty study program intelligent buildings.
In case of interest please review our review of the allready carried works and think about
where you would like to contribute to the further development of photovoltaics and electrochemistry not only in our laboratory, but perhaps in the world.
Feel free to contact any worker LPVSD or teacher of Department of electrotechnology.
Contact e-mail Ing. Ladislava Černá.
Laboratory equipment
The laboratory is primary intended for teaching of photovoltaics and electrochemical sources. In 2013, the lab was supplied by new equipment financed
by the Ministry of Education project (FRVŠ) and its function was extended for the other measurement possibilities.
It is device for electroluminiscence measurement, thermal imager TESTO 882, equipment for I-V characteristics measurement MI3108 and electronic load PEL 300.
The instrumentation allows performing the following experiments and measurements:
| Photovoltaics | Electrochemistry |
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Measurement of incidence light
Measurement of radiation spectrum (RED TIDE 650)
Measurement of I-V and P-V characteristics of PVM (PROVA210, PASAN, MI3108)
Measurement of PV cells temperature dependances
Continual light source (halogen, 300 W/m2)
Continual light source (halogen, 900 W/m2)
Thermography (TESTO 882)
Measurement on Solar chimney model
Electroluminescent measurement
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Charging of accumulators - max. charge current 80 A.
Measurement of accumulator capacitance.
Measurement of batteries capacitance.
Cycle tests, loading of batteries.
Thermography (TESTO 882)
Electronic load PEL300
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| Electroluminescent measurement |
Thermal imager TESTO 882 and example of measurement (simulation of PVM fault) |
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| Spectrometer RED TIDE 650 |
Solar simulator, halogen bulbs 300 W/m2 |
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| Solar simulator, halogen bulbs 900 W/m2 |
Solar chimney model |
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| SWIR camera - dark room equipment |
Measurement of PV charakteristics - EUROTEST PV MI3108 |
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| Irradiance measurement |
Measurement of discharging characteristics of LiFePo4 |
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| Charging of LiFePo4 battery |
Various types of batteries and accumulators |
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You are here: CTU
/ Faculty of Electrical Engineering
/ Department of Electrotechnology
/ LPVSD
/ Science and Research
/ LFSEZ
The laboratory offers students the opportunity for professional development in the field of photovoltaics and electrochemistry not only
through mandatory and compulsorily elective courses, but also through individual works under the guidance of the Department of
Electrotechnology teachers. The following courses are offered to students of relevant study programs:
A1M13DIP, A1B13BAP, A1B13IND, A1M13IND. We also cooperate with other departments in the assigning the diploma and individual works.
For example with interfaculty study program intelligent buildings.
In case of interest please review our review of the allready carried works and think about
where you would like to contribute to the further development of photovoltaics and electrochemistry not only in our laboratory, but perhaps in the world.
Feel free to contact any worker LPVSD or teacher of Department of electrotechnology.
Contact e-mail Ing. Ladislava Černá.