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SOLAR CELL WORKBENCH FOR BASIC DC-DC AND DC-AC APPLICATIONS manufacturer in india

MODAL NO: MT-E934

QTY


SCOPE OF LEARNING:

BASED ON BASIC SOLAR DC LOW VOLTAGE

Energy storage.

Working of Led

Working Bulb

Working of Motor as a Fan

Working of  Buzzer

SCOPE OF LEARNING:

BASED ON BASIC SOLAR DC LOW VOLTAGE

Energy storage.

Working of Led

Working Bulb

Working of Motor as a Fan

Working of  Buzzer

V-I Characteristics of  Solar Cell in series and parallel

Buzzer for Sound energy

Fan for electromechanical energy.

Voltmeter for voltage measurement.

Current meter for Current Measurement.

Mobile Charging Using Solar

BASED ON DC TO DC 

1. Measurement and Analysis of Different parameters of Solar PV Module

a. Open circuit voltage (Voc) and short circuit current (Isc) of Solar PV module 

b. Parameters measurement with parallel Solar PV modules 

c. Parameters measurement with series Solar PV modules 

d. I-V characteristics of PV Module and PV Array 

e. Power curve of PV Module and PV Array

f. Efficiency 

g. Fill Factor 

2. Study of charge controller 

3. Analysis and calculate the system efficiency and losses at different stages 

4. Study the Batteries and their specification Testing of battery using gravity hydrometer 

5. Analysis the effect of dust on Solar PV module 

6. Shaded Effect

7. Study of DC Load/ Measurement of Solar Power Watt Per Meter Square

BASED ON DC TO AC

1. Understanding & estimating Solar PV system 

2. Load Estimation and calculation 

3. Understanding units kVA and kWatt for Inverter and Solar PV Modules 

4. Study of different parameters of Inverter 

a. Efficiency measurement 

b. PWM switching technique 

c. Charging of batteries 

d. Protection like over load and low battery 

5. Analysis of electricity generation from Solar PV system 

6. Analysis of battery backup at different load 

7. Study the Batteries and their specification Testing of battery using gravity hydrometer 

8. Analysis the effect of dust on Solar PV module 

9. Study of different parameters of Inverter 

a. Efficiency measurement 

b. PWM switching technique 

c. Charging of batteries 

d. Protection like over load and low battery 

10.Study about safety and precaution for installation of Solar system

SALIENT FEATURES:

Front panel built with high class insulated Bakelite sheet with Sticker well printed circuits and symbols.

The trainer is housed in Modular Based Rack Type Aluminum Extruded Metal cabinet. 

Instruction manual.

Patch Cords 4mm (Heavy Duty)

High Voltage Test Points are Provided With 4mm Safety Sockets

Short Circuit protection with the MCB.

Size of the trainer set 48”x24” 

BATTERY:

Solar Battery Capacity : 12V/30Ah 

Type : C10 

Qty: 1 Nos. 

CHARGE CONTROLLER:

Solar PV Module : 24V 

Current : 40A 

Battery voltage : 12V 

Technology : PWM 

Charging Stage : Bulk, Absorptions and Float

Optional Requirement:

Rheostat : 50Ohm 5A  1Nos)

TECHNICAL SPECIFICATIONS: 

Power Supplies:

Operated on DC to AC power 230V, 50Hz +10%

Operated on DC Based on Solar Cell

Digital/Analog Meters: 

DC Voltmeter : 0-300V 

DC Ammeter : 0-40A 

AC Voltmeter : 0-300V 

AC Ammeter : 0-40A 

Multi Function Meter 

Voltage-10-230V 

Current-100mA-5A 

Watt-10-1200W 

Energy meter 

Display Resolution- 0.001kWh 

Frequency-50Hz

Components are mounted on the panels are:

Power And Charge Controller Unit (Solar)

DC to AC Converter (Inverter)

Single Phase Lamp Load Switched Control.

SYSTEM INCLUDES:

75Wp Solar panel: 7 Nos.  

Battery 30Ah: 1 Nos. 

Charge Controller: 1 No. 

Inverter : 200VA 

Control panel for experiments equipped with meters, connecting terminals and switches

SOLAR PANEL:

Pm : 75Wp 

Voc : 43V 

Isc : 7.75A 

Vmp: 35V 

Imp : 7.14A

Qty : 2Nos.

CONTROL PANEL WITH INVERTER:

Capacity: 200VA 

Input Voltage: 190~260V AC 

Output Voltage on Mains mode: same as input 

Output Voltage on UPS mode: 210~245V 

Output Frequency on UPS mode: 50Hz ±0.1Hz 

Output waveform on Mains mode: same as input 

Output waveform on UPS mode: Modified Sine wave 

Battery Charging Current: 12A 

Efficiency at full load : >80% UPS Overload/UPS Short circuit: Yes 

Technology: Microcontroller based 

MCB: C Type 16A-1nos

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