Solar Photovoltaic System Training Kit

Solar Photovoltaic System Training Kit

Solar Photovoltaic System Training Kit is designed to simulate the operation of solar photovoltaic system to transform solar energy into power electric through silicon cells.Solar Photovoltaic System Training Kit allows users to monitor, control and hands-on learning about the principles and operation of a solar photovoltaic harvesting system.Solar Photovoltaic System Training Kit consists of photovoltaic modules, solar controller, off-grid inverters, battery, test unit and other components.

SKU: 0306020030 Category: Tags: , , ,

Description

Solar Photovoltaic System Training Kit is designed to simulate the operation of solar photovoltaic system to transform solar energy into power electric through silicon cells.Solar Photovoltaic System Training Kit can meet the experiments,teaching and researching requirements of solar cell performance testing and photovoltaic applications in relevant professional and curriculum such as solar technology,photovoltaic technologies and its applications,photovoltaic equipment manufacturing and maintenance,photovoltaic materials processing and application technology and etc.in college,technical schools and institutes.Solar Photovoltaic System Training Kit allows users to monitor, control and hands-on learning about the principles and operation of a solar photovoltaic harvesting system.Solar Photovoltaic System Training Kit consists of photovoltaic modules, solar controller, off-grid inverters, battery, test unit and other components.

Solar Photovoltaic System Training Kit Specification(Download)Solar Photovoltaic System Training Kit Specification

Item Part Specification
Solar Panel i.     Indoor and outdoor usage

ii.    Type:Monocrystalline silicon

iii.   power generated :20W

iv.   Working voltage:17V,current 1.1A

a. Lamp power: max 500W, 230V

b. Open circuit voltage:21V

v.  Short circuit current: 1.31A

Vi.  Short circuit protection

Photovoltaic Inverter i. Off-grid inverter

ii. Output power: 300VA

iii. Inverter efficiency:minimum 75%

iv. Output power factor minimum 95% (linear load)

v. Output waveform:pure sine wave

vi. Frequency:50HZ ± 1HZ

Photovoltaic Controller i. Rated output voltage: 12/24 VDC

ii. Rated output current: 10A

iii. Battery terminal limit voltage : 32V

iv. Photovoltaic array limit voltage: 48V

v. Charging circuit voltage drop:max 0.24V

vi.  Discharge circuit voltage drop:max0.16V

Measuring and testing unit i. Digital voltage meter and digital current meter

ii. Volt-ampere characteristic curve test

iii. Color wiring diagrams

iv. Terminal test

v. Photovoltaic modules, solar controller, inverter, battery test

Battery i. Rechargeable

ii. Capacity:7Ah

iii. Voltage:12V

iv. Reverse, overvoltage and undervoltage protection,Output over-current protection, output short

circuit protection

Host i. Portable

ii. Host Size: approx.670×500×245mm

iii. Input voltage:AC220V± 10%/50Hz

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