Advanced photovoltaic power generation training device

Advanced photovolt--c power generation tr--ning device,Mechanical Principles Comprehensive Experimental Piece

The equipment consists of five parts: light source simulation tracking device, light source simulation tracking control system, energy conversion control storage system, separation load load system, and monitoring system. Each functional part is connected through communication cables and connection cables And design, install, and debug the equipment used by solar photovolt--c power generation factories.

1. Light source simulation tracking device

The light source simulation tracking device and control system consist of the light source simulation tracking device and the light source simulation tracking control system. The system is composed of solar cell components, simulation solar lamps, solar simulation chasing d--ly tracking sensors, solar panel two -dimensional motion mechanism, DC motor, reducer, GE programmable controller, buttons, and relay and other low -voltage electrical appliances.

Technical Parameters:

Solar battery specifications: 20W/18V*4

Introduction to light source power: 300W*3

Tracking method: single axis, pitch 180 °

Tracking accuracy: <± 1.5 °

D--ly tracking driver power consumption: <1W (work according to the intensity of light)

Working voltage: DC24V

Wind resistance level: level 10

Mechanical life:> 25 years

Dimensions: 1100mm*1240mm*1710mm

2. Light source simulation tracking control system

The light source simulation tracking control system controls the light to simulate the running trajectory of the solar source (morning, sun, noon sun, and sunrise sun) and the incident angle of sunlight. Information, controlling two -dimensional sports institutions, so that solar cell boards are always facing simulation of solar light sources to improve the power generation efficiency of solar cells.

Advanced photovolt--c power generation tr--ning device,Mechanical Principles Comprehensive Experimental Piece

1. Technical requirements

1. Experimental items: (73 experiments in total)

1) 14 types of flat link mechanism

2) 7 camsi mechanisms

3) 2 types of fixed axis gear mechanism

4) 1 type of 2K-H weekly rotor system

5) 1 type of needle wheel mechanism

6) 4 types of spiny wheel mechanism

7) Two types of grooves mechanism

8) 1 type of incomplete gear intermittent movement mechanism

9) Graduation of the Gear Gear Institution Series Experiment

① Gradually open the line to form a demonstration experiment (4 items)

② Fancheng Law Graduation Experimental Experiment (Fan Chengfa Gradually Open the Line tooth Formation Experiment) (6 items)

③ Graduation of a str--ght -tooth cylindrical gear geometric parameter measurement experiment:

a) Standard str--ght tooth cylindrical geometric geometric parameters test experiments (8 items)

b) Term of geometric parameters of str--ght tooth cylindrical gears (8 items)

c) Unde -variable str--ght -tooth cylindrical geometric parameter measurement experiment (8 items)

D) Graduation line str--ght tooth cylindrical gear transmission meshing test experiment (4 items)

10) Determine the type and benchmark system of holes and shafts, and select the processing accuracy level