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Solar Power Technology Model

Code: NLE-17-0126

Solar Power Technology Model.

9.1 Technical Description of the Model
The Solar Power Technology model shall consist of the Solar Panel Test Bench, Solar Panel, tripod and Pyrometer.
The Solar Panel Test Bench shall be a full-size module designed to be inserted in a workstation in which a solar panel can be installed to perform a wide variety of tests and experiments. The bench shall have a powerful halogen lamp which will be used to illuminate the solar panel under test. A ventilation system shall also be provided in the Solar Panel Test Bench to keep the solar panel at near room temperature and allow studying the effect of temperature. The halogen lamp and ventilation system shall be turned on and off through switches mounted on the front panel of the test bench. The complete Solar Panel Test Bench shall also be powered by a standard wall outlet.
A potentiometer and a set of diodes shall also be included in the Solar Panel Test Bench. The Solar Panel shall be made of up of Mono crystalline Silicon solar cells and shall consist of two independent photovoltaic (PV) modules mounted on a common metal chassis that can be installed in the Solar Panel Test Bench when performing exercises indoors, or on a tripod when performing exercises outdoors. The PV module shall allow either series or parallel connection of the PV modules. There shall be also a digital thermometer attached to the solar panel chassis to allow the temperature of the PV modules to be monitored. The model shall be provided with Pyrometer form ensuring solar irradiance.
9.2 Technical Specification of the Model
The model must include the following technical specifications:

Component Name				Specification
1	Solar Panel test bench			220V – 50 Hz
	Input current			To be identified by bidder
	Halogen Lamp Power			To be identified by bidder
	Ventilation System flow rate			To be identified by bidder
	Potentiometer			Single Turn – 500 â„¦ - 2 W
	Diode (3)		Peal Inverse voltage	1000 V
			Maximum Current	1 A
	Physical characteristics		Dimensions (H x W x D)	Approx. 308 x 291 x 440 mm
			Net Weight	Approx. 6.9Kg
2	Solar Panel			Mono crystalline Silicon Solar panel
	PV Module (2)	Type		Mono crystalline Silicon
		Number of cell		18
		Open circuit voltage (V_OC)		9 V@STC
		Short circuit current (I_SC)		100 mA @STC
	Potentiometer			Single Turn – 500 â„¦ - 2 W
	Diode (3)	Peal Inverse voltage		1000 V
		Maximum Current		1 A
	Thermometer	Range		-50^oC to +150^oC
		Resolution		±0.1^oC from -19.9^o to +199.9^o, otherwise 1^o
		Accuracy		±0.1^oC from -30^oC to +150^oC
		Battery Voltage		1.5V
		Battery Type		To be identified by bidder, 1 quant. required.
	Angular Markers	Range		65^o
		Interval		5^o
	Physical characteristics	Dimensions (H x W x D)		Approx. 240 x 237 x 55 mm
		Net Weight		Approx. 2.0Kg
3	Pranometer			220V – 50 Hz
	Spectral range			-310 to 2800 nm
	Sensitivity			5 to 20 uV/W/m²
	Response time			<18S
	Maximum Solar irradiance			2000 W/m²
	Field of view			180^o
	Operating Temperature range			-40^oC to +80^oC
	Physical characteristics		Dimensions (H x W x D)	Approx. 85 x 130 x 100 mm
			Net Weight	Approx. 1.1kg
4	Tripod			Heavy duty tripod
	Load capacity			Approx. 5 kg
	Physical characteristics		Closed length	Approx. 53.5 cm
			Minimum height	Approx. 8.0 cm
			Maximum height	Approx. 164 cm
			Net Weight	Approx. 1.8 kg
5	Multimeter for electrical measurements			To be identified by bidder, 2 quant. required.

9.3 Figurative description of the Model
An equivalent resemblance of the solar power technology model is indicated in Figure 9.

Figure 9: Equivalent figurative description of the solar power technology model

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