Solar Measurement Trainer Module with Artificial light

The Module must include the following descriptions or functions:

Investigate physical behavior of PV application under  a variety of effects such as illuminance, temperature, shading
Familiarization with key parameters such as short-circuit current, open-circuit voltage, current at maximum output, voltage at maximum output
Relationship between module tilt, illuminance, short-circuit current and electrical output
Recording a module's current-voltage curve
Determining efficiency
Connection types for the modules: series connection, parallel connection
How cells covered by shadow affect the current-voltage curves
Trainer for solar module measurements
Two pivoting solar modules on mobile frames
Series and parallel connection options
Slide resistor as variable load
Two power resistors for expanding the measuring range
Measuring unit with digital displays for current, voltage, illuminance and module temperature
Reference cell as illuminance sensor
Artificial light source, comprising 2 vertical rows of 4 halogen lamps, operable via main switch  and with halogen lamps with adjustable tilt angle

Module design: number of cells 36, cell material: Mono crystalline silicon, module area: 0,64m²,
Typical module parameters under STC (Standard Test Conditions):  
Max. output 85W, short-circuit current: approx. 5,3A , open-circuit voltage: approx. 22V ,
Slide resistor: 0...10 Ohm
Two power resistors: 22 Ohm / 50W

Measuring ranges:
temperature: 0...100°C
voltage: 0...200V
current: 0...20A  
illuminance: 0...3kW/m²  
tilt: 0...90°


1 trainer  for the solar measurement module
1 slide resistor
1 measuring unit
1 set of cables  
1 inclinometer  
1 set of instructional material

Artificial light source design:   
2 vertical rows of 4 halogen lamps, operable via main switch  and with halogen lamps with adjustable tilt angle
The artificial light Power: 8x 1000W
Connections of Artificial light: 400V, 50, 3 phases or 230V, 50Hz, 3 phases