Measurement, calculation and display system for household photovoltaic power station

Abstract

The invention discloses a measurement, calculation and display system for a household photovoltaic power station, and the system employs a mobile collector to collect the information of solar radiation quantity in real time at a position where the household photovoltaic power station is planned to be built. The information is transmitted to a computer background program through cellphone client software, and the computer background program calculates the essential data of the household photovoltaic power station through a built-in algorithm and transmits the essential data to a user cellphone. The cellphone client software employs the data to generate a virtual photovoltaic power station, and visually presents the investment income from the construction of the household photovoltaic power station to a user. The system enables the complex photovoltaic professional knowledge to be simplified, enables the ordinary people to obtain the key information needed by the building of the household photovoltaic power station, thereby solving a problem of information asymmetry in a popularization process of the household photovoltaic power station.

Description

Technical field [0001] The present invention relates to a measurement and demonstration system for a household photovoltaic power station, in particular, a mobile collector is used to collect solar radiation information on the spot, and the basic data of the household photovoltaic power station is calculated through the built-in algorithm of the computer background program. Calculation and demonstration system for demonstration diagram of photovoltaic power station. Background technique [0002] At present, the state encourages households to build their own small photovoltaic power plants and connect them to the grid to generate energy, reduce emissions, and reduce dependence on fossil energy. However, as a relatively complex industrial technology, photovoltaics has a gap in understanding between it and ordinary people. Various equipment and proper nouns, complex calculation methods, and various incentive and tax policies are enough to make people Dazzling, at the same time...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the problem of information asymmetry in the construction of household photovoltaic power stations, the present invention designs a measurement and demonstration system for household photovoltaic power stations, which can measure the lighting conditions of a specific family in a certain period of time on the spot, and provide Concise and direct data results, and based on these data, generate a virtual photovoltaic power plant demonstration map in the mobile client software, so that users can clearly understand the input and output of building a photovoltaic power plant at home, providing support for them to make correct decisions, and after the power plant is completed. Provide full guidance on its operation and maintenance