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Renewable Training Equipment

Photovoltaic Panel Trainer (Computerized Vers.) Educational Equipment Renewable Training System

Item No.: SR2112R
SR2112R Photovoltaic Panel Trainer (Computerized Vers.) Educational Equipment Renewable Training System
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Description
SR2112R Photovoltaic Panel Trainer (Computerized Vers.) Educational Equipment Renewable Training System
I.
 Product Overview

1.1 Overview

The training equipment system can simulate and demonstrate the process of solar power generation. To enable students to have a preliminary and intuitive understanding of solar power generation systems. It can cultivate students' homologous knowledge and skills, and is suitable for the teaching and skill training examinations of higher vocational colleges and junior students.

1.2 Features

(1) The training platform adopts the aluminum profile column frame structure, the measuring instrument and the training power supply are built-in and integrated, and the bottom has universal wheels. The units are flexible, easy to use, and not easy to damage.
(2) The experimental circuit and devices are fully configured and can be used in combination to complete the training content of various subjects.
(3) The training platform has a good safety protection system.

II. Performance Parameters

Input power: single-phase three-wire, AC220±10%, 50Hz
Weight: 200Kg
Working conditions: temperature -10+40℃, no corrosive and combustible gas, no large amount of conductive dust
Photovoltaic trainer panel main body: 984mm*400mm*830mm


Solar tracking unit: 920mm*850mm*800mm
Indoor simulated light source: 700mm*500mm*1400mm

III. Components List and Detailed Introduction

3.1 Main Part

Number Name Features
1 Battery For storage power
2 Solar panel For solar power generation
3 Illumination sensor Illuminance value for measuring light
4 Light angle sensor Used in automatic mode to collect the deviation of the angle between the solar panel and the light source
5 Photovoltaic trainer panel body Solar power generation principle display panel
6 Simulated light source Indoorsimulationsolar light source
7 Tracking unit A axis Drive the photovoltaic panel to rotate horizontally
8 Tracking unit B axis Drive the photovoltaic panel to rotate vertically

3.2 The Main Part of the Panel

Number Name Features
1 Remote control panel Control for manual and automatic mode of tracking unit
2 Display screen Display various electrical parameters of the solar system
3 Single-phase multi-function meter Display the electrical parameters of the AC circuit
4 Breaker Total power for control equipment
5 USB port Used for communication between equipment and computer
6 U-shaped connector Use at the panel jumper
7 Solar Controller Control and monitor solar power systems
8 Solar panel selection terminal For selecting solar panels
9 Solar Panel Connector For solar panel transfer use
10 Load switch Lighting load control switch
11 Load socket AC load socket
12 Inverter Device that converts direct current to alternating current

3.3 Equipment Configuration List

Number Name Quantity
Component 1 Photovoltaic trainer panel body 1
Component 2 Solar Tracking Unit 1
Component 3 Indoor simulated light source 1
Component 4 Remote control unit 1

3.4 Accessories

AC bulb load
DC bulb load
4mm safety electrical cable (red and black)
Sliding load module
Charger
USB cable
Device cable
Software CD
No. Name Specification Quantity
1 AC bulb load DC12V 1
2 DC bulb load AC220V 1
3 4mm safety electrical cable Red 1 meter, head-to-head 1
4 4mm safety electrical cable Black 1 meter, head-to-head 11
5 Sliding load module 10Ω 1
6 Charger DC12V 1
7 USB cable   1
8 Device cable   4
9 software CD   1

IV. Experimental Content

Experiment 1 Photovoltaic cell open circuit voltage test experiment
Experiment 2 Photovoltaic cell short-circuit current test experiment
Experiment 3 Solar panel I-V characteristic test experiment
Experiment 4 Photovoltaic battery working power test experiment
Experiment 5 Different maximum power test experiments of photovoltaic cells under different light conditions
Experiment 6 Charge Controller Experiment
Experiment 7 Tracking controller operation experiment
Experiment 8 Photovoltaic cell output characteristics experiment
Experiment 9 Photovoltaic battery charging control principle experiment
Experiment 10 Inverter Basic Principle Experiment
Experiment 11 Software Monitoring Use
Experiment 12 Software Curve Use
Experiment 13 Software Data Recording
Experiment 14 Software Data Export
Experiment 15 Solar Illumination Collection Experiment