ZE3716 Solar Energy Teaching Equipment for Network Operation Teaching Equipment Renewable Training Equipment
1.1 Overview
This training device includes modules such as solar power generation devices, photovoltaic panel power generation devices, inverters, and light-emitting controllers. Through related experiments, you can study the principles of solar and wind power generation, and cultivate students' corresponding knowledge and skills. It is suitable for vocational and vocational colleges , Secondary vocational school and technical school related professional teaching and skills assessment.
1.2 Features
(1) The training device adopts an aluminum column frame structure, and the power supply is integrated and installed.
(2) The unit circuit hanging box is fully configured and can be used in combination to complete the training content of various courses.
(3) The relevant units can be flexibly added to or deleted from the experimental subjects to meet the needs of different users.
(4) The device has a good safety protection system.
2 Performance parameters
(1) Input power: single-phase AC220V ± 10% 60Hz
(2) External dimensions: Solar power generation device: 1000mm × 1000mm × 1500mm
Training platform size: 1610mm × 800mm × 1350mm
(3) Overall capacity: <2KVA
(4) Weight: <100kg
(5) Working conditions:
Ambient temperature -10 ℃ ～ + 40 ℃
Relative humidity ＜ 85% （25 ℃）
3 Product composition
3.1 platform
The power box contains a battery box, AC output, and a circuit breaker and emergency stop switch.
Contains: mobile workstation, battery, module for network connection, component circuit
Solar panels and central panels
Power: 190 watts
The battery is AGM type, 120 Ah, 12 Volts.
The workstation is equipped with four wheels (two with locks).
The workstation frame is primed and painted.
The workstation will also include a set of electronic locks / unlocks.
Include all interface cables and components required for interconnecting cables.
Different modules.
Panels for connections and components It has a silk-screened label next to Identify.
3.2 The panel include the following components:
Solar module circuit boards.
MPPT load regulator.
Includes data acquisition system with the following features:
Data acquisition module, analog 10/20 channel voltage and current input.
Isolated AC voltage input module.
Isolated AC input module.
Power supply, 24 VDC, 35W, universal input.
Cat 5E connecting cable, 14 feet, gray.
24 inch (2) or similar, 72 inch (2) or similar, 100 cm (2) or similar cable kit.
Includes 500W lights for simulating the sun.
80A DC combo box.
Earth fault protector.o
Use a circuit breaker to disconnect the switch.
Variable load control of solar panels. o Central component circuit board.
Inverter, single phase.
Analog service power meter.
AC load center with circuit breaker. o
3.3 DC power distribution.
Battery disconnect switch.
Clamped multiplier. Or power meter. Or DC ammeter, analog. Remote monitor with LCD
Screen, connect ethernet
AC lights
AC lamp holder
DC lights
DC lamp holder
DC load switch. o AC charging switch
AC outlet, dual
AC disconnect switch. o DC disconnect switch.
Includes modules for grid connection: inverter learning system, code, standards and grid
Connect operation. Including kWh AC meters, micro inverters,
3.4 Photovoltaic panels
Include at least two panel arrangements with
You can create parallel connections:
Power supply voltage 17.3V.
Current 2.35A.
Maximum output voltage of 1000 Vdc. (Maximum system limit voltage)
40W per power.
Solar power equipment.
DC power comes from light. o A group of photovoltaic modules.
Two (2) photovoltaic modules.
energy management,
The main components are: Timer
Kilowatt AC, digital. Micro inverter, 190W, 240 VAC. Energy management unit, interior space.
Lock / Tag Kit Student Course This course will include
A multimedia learning activity package. (Teaching experiment video)
Include at least two panel arrangements with
You can create parallel connections:
Flat type with a minimum of 36 batteries per module.
The panel will be mounted on
Workstation, removable.
The frame should be designed so that the panel
Can be tilted to change the angle of incidence.
4 It can complete experimental training projects
1. Understanding of solar energy
2. Solar power training
3. Performance training of photovoltaic modules
4. Solar power training data collection
