Mobile automated photovoltaic detection platform

Abstract

The invention discloses a mobile automated photovoltaic detection platform. The platform comprises a main control system, a constant temperature control system, a test system, an air purification system and a photovoltaic assembly loading and unloading device which are all arranged in the compartment of a mobile truck in an integrated manner; the main control system is provided with a main console and a power distribution cabinet, wherein the power distribution cabinet is used for supplying power to the constant temperature control system, the test system and the photovoltaic assembly loading and unloading device, and the main console is used for controlling the constant temperature control system, the test system and the photovoltaic assembly loading and unloading device; the constant temperature control system is used for adjusting the temperature of a test environment; the test system is used for performing performance tests on photovoltaic assemblies; and the photovoltaic assembly loading and unloading device is used for transferring the photovoltaic assemblies into or out from the detection platform. With the detection platform adopted, large-batch, diversified and systematic tests can be performed at the site of a power station, the accuracy of test results is increased, and test efficiency can be improved.

Description

technical field [0001] The invention relates to the field of photovoltaic component detection, in particular to a mobile automatic photovoltaic detection platform. Background technique [0002] According to the "Twelfth Five-Year Plan" of the country's solar power generation, in 2015, the installed capacity of domestic solar power will reach 20GW, and by 2020, the installed capacity of domestic solar power will reach 50GW. It can be seen that in the next 15 years, solar power will enter the rapid development stage. However, in the solar power plants that have been built, there are still widespread phenomena of insufficient power generation and unsatisfactory power quality, which seriously affect the expected power generation capacity of solar power plants. Therefore, it is particularly necessary to test the solar photovoltaic modules in use. Timely replacement of photovoltaic modules with lower performance can effectively avoid the problems of insufficient power generation ...

AI Technical Summary

Problems solved by technology

However, in the solar power plants that have been built, there are still widespread phenomena of insufficient power generation and unsatisfactory power quality, which seriously affect the expected power generation capacity of solar power plants. Therefore, it is particularly necessary to test the solar photovoltaic modules in use. Timely replacement of photovoltaic modules with low performance can effectively avoid the problems of insufficient power generation and unsatisfactory power quality

[0003] At present, solar power plants generally use mobile testing vehicles for photovoltaic components to test photovoltaic components. However, this type of mobile testing vehicle has a single function and can only test the current and voltage of photovoltaic components. Without an independent constant temperature system, it is impossible to effectively maintain the temperature of the test area, resulting in large errors in the testing of photovoltaic modules, and cannot accurately analyze the power generation quality of photovoltaic modules in solar power plants; During testing, it is necessary to manually load and unload photovoltaic modules, which greatly affects work efficiency

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