Description
Features
1) This Solar Photovoltaic Power Generation Training Equipment organic integrates new energy generation technology, PLC control technology, DC motor control technology, sensor technology, human-interface configuration technology, sprocket drive technology, turbine retardation technology, etc., which show the combination characteristic of current new energy technology and automation technology.
2) Integral structure with open and detachable type, according to the principle of production function and integrate learning function to determine the content and make it possible to select teaching direction and teaching content to our convenience while teaching.
3) Used in teaching, and can plan teaching project to complete different working task according to work process orientation and the module of the combination of learning with working to plan teaching project.
4) Two parts of this equipment are connected by sir plug and can be put flexibly according to the classroom layout.
System Components
This Solar Photovoltaic Power Generation Training Equipment is mainly divided into two parts, the control unit and simulation unit of solar trace. Control unit consists of PLC control system, optical sensor tracking system, solar power generation control system, data monitoring system and load system; Simulation unit of solar trace includes DC motor motion system, solar power generation system.
Training Project
1) PLC logic instruction programming training;
2) PLC application instruction programming training;
3) I/V curve test experiment of solar panel;
4) Direct load experiment of solar cell;
5) Two axis DC motor linkage training;
6) Forward and reverse rotation experiment of Solar panel;
7) Sun-chasing training of solar panel;
8) Human-machine interface configuration training;
9) Solar cell photovoltaic energy conversion training;
10) Chain mechanism installation and commissioning;
11) Turbine retardation theory training;
12) Solar power generation training;
13) DC inverter theory & application experiment;
14) Working principle training of photo-voltaic controller;
15) Charger over discharge protection experiment;
16) Charger overcharge protection experiment;
17) Solar photo-voltaic power generation monitoring system design;
18) Accumulator charging experiment;
19) DC load testing experiment;
20) AC load testing experiment;
