Solar Energy System Trainer (Advance Model)

Product Description

ME 2950 - Solar Energy System Trainer(Advance Model)

Features:

Modularand easy to use in laboratories

Equipped with high safety features

Portable and easy to install

Dual axis tracking system

Supplied with patch cords for interconnections and experimental work book

             

Objective :

Measure the intensity of direct solar radiation

Study the V-I characteristics of solar panel

Study the V-I characteristics of solar panel

Measurement and analysis of different parameters like load, charging etc.

Study of open circuit voltage of a solar system

Parameter measurements with parallel and series solar cell module

Study fundamentals of microprocessor based charge controller

Study of charging parameter of batteries

Electricity generation measurements

Working of single/dual axis solar tracking system

             

Technical Specifications :

Modular Control Panel

Aluminum profile (45mm x 45mm)structure will accommodate different unique interchangeable modules

Power Requirement : 220 VAC +10%,50Hz

MT-E270: Inverter Module (withinbuilt power analyzer)

MT-E200: SMU and Tracking Module

MT-E250: Digital DC Voltmeter(0~200V DC) - 2nos. and Ammeter (0~100ADC) - 2nos. Module

MT-E255:  Solar Panel Junction Module

MT-E:260: Battery Junction Module

 

Standard Accessories:

Solar panel 160W x 2nos. total320W with provision of dual axis tracking

Resistive lamp load

Inductive fan load

Rheostat

Solar power meter

Battery (12V / 100Ah)   

Connecting leads

             

Inverter System

Output power   : 0.7KVA

Input DC Voltage : 12V DC

Output AC Voltage : 230V /50Hz  AC 

Technology        :Adaptive battery charging control (ABCC)

Waveform         : Sine wave

Charging time    : 6 Hours approx.

Battery support               : 100AH - 135AH

Protection          :Ultra fast short circuit protection

Battery reverse polarity protection

Battery reverse polarity protection   

Solar Management Unit (SMU) System

High speed and high performancemicrocontroller based

Charger controller (PWM basedMPPT)

Charging stage: Bulk, Absorption& Float

High reliability with longeroperational life

Increase the battery lifetime

Automatic / Manual operation througha switch (Internal switch)

Inbuilt protection to avoidbattery undercharge               and overcharge

Very low consumption in idle state        

             

Dual Axis Tracking System

Light sensor based system

Electronic controller provided fortracking

12V DC Linear actuators used fortracking

Long movement upto 1500KN loadbearing capacity

Automatic /  manual operation

Environmental friendly

 

Comprehensive Solar Training Solution

This trainer covers everything from photovoltaic (PV) characteristics to battery storage and load analysis. Users can perform real-time efficiency calculations and simulate various sunlight intensities. The modular setup ensures adaptability, making it suitable for a wide range of educational scenarios.


Robust, Accurate, and Safe Design

Equipped with a durable aluminum frame, polycrystalline silicon panel and digital meters with 1% accuracy, the system adheres to CE and ISO safety standards. Features such as short circuit and fuse protection enhance reliability and safeguard users during experiments.


Flexible, User-Friendly Operation

With both manual and semi-automatic operation modes, detailed user manual, and intuitive interface via banana sockets and terminal blocks, the trainer is easy for students and instructors to set up and operate, both in classrooms and mobile laboratory settings.