SEK Solar Energy (115 V, 50/60 Hz)

SEK Solar Energy (115 V, 50/60 Hz), 1017731 [U8498301-115], Solar Energy (Small)

SEK Solar Energy (115 V, 50/60 Hz)

$ 1,308.00

in stock

Overview of all experiments in which the product is used

Ask a question

Description
Required
Experiment

Large equipment set for carrying out 16 fundamental experiments on solar energy. The basic parameters and properties of solar modules and the aspects which affect their energy efficiency can all be demonstrated by experiment. Contained in a rugged metal case including foam inlay with recesses in the shape of the apparatus. The system allows you to assemble experiments easily and in a compact set-up on or in the lid of the kit’s carry case. Includes CD with experiment instructions.

Contents:
1   Halogen spotlight
2   Solar modules
2   Digital multimeters
1   Lux meter
1   Digital thermometer
1   Terminal board with resistor cascade
1   Power adjuster
1   Jumper
1   Set of experiment leads
1   Cross piece
1   Support brace
1   Set of items for covering modules
1   Case

Includes instruction for 16 experiments on solar energy
·         Illuminance of various light sources
·         Parameters affecting the power generated by a solar module
·         Shading of solar modules connected in series
·         Effect of shading on the terminal voltage of a solar module
·         Effect of illuminance on the open-circuit voltage and short-circuit current for a solar module
·         Effect of angle of incidence on the open-circuit voltage and short-circuit current for a solar module
·         Open-circuit voltage and short-circuit current for solar modules connected in series and in parallel
·         Current-voltage characteristic for a solar module
·         Current-voltage characteristic for solar modules in series
·         Current-voltage characteristic for solar modules in parallel
·         Optimum load resistance when the angle of incidence changes
·         How the open-circuit voltage and short-circuit current for a solar module depend on temperature
·         How power output from solar modules depends on temperature
·         Voltage-current characteristic for illuminated and non-illuminated solar modules *)
·         Setting up a stand-alone power supply network **)
·         Energy conversion ***)

1003311        DC Power Supply 0-20 V (115 V, 50/60 Hz) (for experiments marked *)
1002811        Digital Stopwatch (for experiments marked ** and ***)