Basic model consisting of ST1 panel mounted in rack above (without peltier module) + ST3 + EMT8 & EMT9 panels + 500W lamp.

NISE/DGET compliant consisting of SPV stands (2 nos) with EMT8, EMT9 & Optimised rack with Rheostat + EMT68 (2 nos.) + ST3 + ST4 + EMT6 + ST5 + EMT7 + ST4A (Optional).

Advanced model consisting of (ii) above + (i) (with peltier module) and ST2 panel.

Table top aluminum profile modular flat demo panel rack with tiltable lockable frame 0-90° in steps to mount various types of SPV modules. Employs 1000W halogen lamps as variable intensity sun simulator.

NISE/DGET curriculum based laboratory experiments supported. Useful for laboratory experimental learning by students in renewable energy basics, energy conservation, charge controller, storage system etc.

Optional single phase (Stand alone or Grid tied) inverter to demonstrate power export using bidirectional multifunction meter.

Closed loop temperature control using peltier module to study temperature effect on solar cell characteristics.

Panels ST1 and ST2 facilitates understanding of underlying physics by measuring carrier life time & spectral response of a solar cell & calibration. Removes dependance on costly pyranometer through use of calibration. Certificate from NISE delhi for solar cell supplied. (optional)

Optionally table top electro-scopie and hand held solar power meter are supplied.

Optionally IV curve tester & PC interface, Solar DC pump setup can be provided. Set of Instructor Guide & Student Workbook.

Solar cell experiment setup, needs three panels
Consists of table top aluminium profile rack (30x30) size:- 970(H) x 700(W) x 300(D) holding various panels

Solar cell experiment panel (ST1)- 1 No.
Mounted on horizontal member.
50 x 50 mm x 2 nos. crystalline silicon solar cells (3V/150mA) mounted in aluminium tray with heatsink and fan. Loading pots (500E and 5K).

Series & parallel combination arrangement.
Optionally cell temp controlled by Peltier module (40W), Foil type PT100 sensor to measure temperature, 12Vdc cooling Fan to maintain heatsink temp (Range 150C - 750C).

Mechanical : 90(H) x 200(W) x 150(D) mm/ Net Wt.:- 8Kg

Instrumentation power supply cum multichannel DPM panel (EMT8)- 1 No.

DC Multi Output power supply.

Provides 1 Ph. AC supply through 3 MCB's, 4A each to power up other panels in the rack.

Multi channel DPM for temperature display.

20 pin FRC power bus to supply power to neighboring

Green shrouded socket provided to extend earth

SCR actuator cum sensor signal conditioning panel (EMT 9)- 1 No.

SCR based AC controller to set intensity of halogen lamp.

Supports signal conditioning circuit for temperature to give output 0-2.5Vdc.

DC Application panel (ST3)

Common 12V DC fan for both solar cell and SPV

Separate LED lamps for 3V solar cell and 12V SPV

6V battery mounted from behind for solar cell

• Study of I-V Characteristics of Solar cell.
• Study of series combination of solar cells.
• Study of parallel combination of solar cells.
• Study of dependency of solar cell I-V characteristics on light intensity.
• Study of dependency of solar cell I-V characteristics on temperature.
• Study of shading effect on solar cell parameters.
• Study of Photovoltaic effect in ubiquitous semiconductor PN junction (diode).
• Study of 6V battery charging using solar cell
• Study of 6V battery discharging using DC fan & LED lamp

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