Solar energy experiments
-The photovoltaic panel
-Open-circuit voltage measurement
-Short-circuit current measurement
-Current-voltage characteristic
-Daily trend in panel voltage without load
-Daily trend in panel voltage under load
-Seasonal trend of panel voltage without load
-Seasonal trend of panel voltage under load
-Series-connected photovoltaic panels
-Examination of photovoltaic panels connected in parallel
-Examination of the photovoltaic panel simulator
-Examination of the effect of shading on photovoltaic panels
-Examination of bypass diode operation
-Examination of the effect of asymmetry on photovoltaic panels
-Examination of the effect of the blocking diode on photovoltaic panels
-Examination of the photovoltaic panel emulator
-Experiments on photovoltaic systems
-Direct load connection of photovoltaic panels
-Off-grid inverter start-up (without load)
-Installation of a basic photovoltaic system (DC load)
-Installation of a basic photovoltaic system (AC load)
-Examination of the output signal of the off-grid inverter with the data acquisitionmodule
-Measurement of the output signal of the off-grid inverter with the energy analysismodule
-Measurement of energy absorbed by the off-grid inverter
-Measurement of power output and efficiency of the off-grid inverter
-SCADA application of the off-grid inverter
-Examination of on-grid inverter
Wind energy experiments
-Examination of the relationship between turbine speed and output voltage (no load)
-Examination of the relationship between turbine speed and output voltage (underload operation)
-Examination of the effect of the turbine controller on the relationship betweenturbine speed and output voltage (no load)
-Examination of the effect of the turbine controller on the relationship betweenturbine speed and output voltage (under load)
-Examination of turbine output voltage
-Examination of the turbine output voltage with the data acquisition module
Description of modules Item2040solarwind
Main frame with shelf and monitor x1
Support structure with cable carrier x1
Solar panel module with light source(Photovoltaic panel-light source) x1
Wind turbine module x1
Monophase switching moduleEnergy Distribution Module x1
Energy Distribution Module x1
Accumulator module x1
Analogic measurement module x1
AC/DC measurement module x1
Potentiometer module x1
Lamp module 12 Vdc x1
Lamp module 220 Vac x1
AC energy analyzer module x1
Isolated measurement module x1
Data acquisition module x1
PC interface module x1
Wind Simulator module x1
Light source control module x1
Solar charge regulator module x1
Wind turbine charge control module x1
Off grid inverter module x1
On grid inverter module x1
Electronic potentiometer module x1
Solar panel simulator modul 2x x1
Diode Module x1
Electronic load module x1
Electronic electricity meter module 1x
Cable set 1x
Software (on USB stick) 1x
-The photovoltaic panel
-Open-circuit voltage measurement
-Short-circuit current measurement
-Current-voltage characteristic
-Daily trend in panel voltage without load
-Daily trend in panel voltage under load
-Seasonal trend of panel voltage without load
-Seasonal trend of panel voltage under load
-Series-connected photovoltaic panels
-Examination of photovoltaic panels connected in parallel
-Examination of the photovoltaic panel simulator
-Examination of the effect of shading on photovoltaic panels
-Examination of bypass diode operation
-Examination of the effect of asymmetry on photovoltaic panels
-Examination of the effect of the blocking diode on photovoltaic panels
-Examination of the photovoltaic panel emulator
-Experiments on photovoltaic systems
-Direct load connection of photovoltaic panels
-Off-grid inverter start-up (without load)
-Installation of a basic photovoltaic system (DC load)
-Installation of a basic photovoltaic system (AC load)
-Examination of the output signal of the off-grid inverter with the data acquisitionmodule
-Measurement of the output signal of the off-grid inverter with the energy analysismodule
-Measurement of energy absorbed by the off-grid inverter
-Measurement of power output and efficiency of the off-grid inverter
-SCADA application of the off-grid inverter
-Examination of on-grid inverter
Wind energy experiments
-Examination of the relationship between turbine speed and output voltage (no load)
-Examination of the relationship between turbine speed and output voltage (underload operation)
-Examination of the effect of the turbine controller on the relationship betweenturbine speed and output voltage (no load)
-Examination of the effect of the turbine controller on the relationship betweenturbine speed and output voltage (under load)
-Examination of turbine output voltage
-Examination of the turbine output voltage with the data acquisition module
Description of modules Item2040solarwind
Main frame with shelf and monitor x1
Support structure with cable carrier x1
Solar panel module with light source(Photovoltaic panel-light source) x1
Wind turbine module x1
Monophase switching moduleEnergy Distribution Module x1
Energy Distribution Module x1
Accumulator module x1
Analogic measurement module x1
AC/DC measurement module x1
Potentiometer module x1
Lamp module 12 Vdc x1
Lamp module 220 Vac x1
AC energy analyzer module x1
Isolated measurement module x1
Data acquisition module x1
PC interface module x1
Wind Simulator module x1
Light source control module x1
Solar charge regulator module x1
Wind turbine charge control module x1
Off grid inverter module x1
On grid inverter module x1
Electronic potentiometer module x1
Solar panel simulator modul 2x x1
Diode Module x1
Electronic load module x1
Electronic electricity meter module 1x
Cable set 1x
Software (on USB stick) 1x
