Solar light tracking power energy system and smooth network multi-rank servo control method

Abstract

The invention provides a solar energy sunlight tracking power energy system and a smoothing network multistage servo control method, which can be applied to the fields such as solar power generation, power energy, automatic control and artificial intelligence, etc. The system comprises a signal acquisition and processing circuit (1), a CPU control circuit (2), a motor drive circuit (3), a keyboard display circuit (4) and a power circuit (5). The system and the arrangement of multi-sensors can ensure that a solar energy panel can rotate to the best lighting point in a real-time manner to acquire and store the solar energy with high efficiency. The smoothing network multistage servo control method can solve the problems that a motor vibrates when in commutation and is blocked when in low-speed running and burnt due to the over-voltage under various circumstances. The solar energy sunlight tracking power energy system and the smoothing network multistage servo control method provided by the invention especially improve the efficiency, the stability and the intellectualization of the solar energy system.

Description

technical field [0001] The invention proposes a solar light-following power energy system and a smooth network multi-stage servo control method, which can be applied to the fields of solar power generation, electric energy, automatic control, artificial intelligence and the like. Background technique [0002] In the 21st century when energy is scarce, the use of solar energy has gradually been valued by the majority of people. How to effectively collect and utilize solar energy has become a hot topic. At present, solar energy collection systems in the world mainly adopt mechanical one-way collection. It is mainly used for household energy storage power supply and street lamp power supply in remote areas. This collection method generally does not include any intelligent control system, and the solar panels are randomly placed in the sunny position, which will not change throughout the year. The efficiency of collecting solar energy is the highest in only a small part of th...

AI Technical Summary

Problems solved by technology

Solve the problem of inefficient operation of traditional one-way collection

It can reduce the misoperation of the motor during solar energy collection, reduce the vibration problem when the motor is running, solve the problem of motor stalling at low speed, and increase the overvoltage protection mechanism, which not only protects the motor to a certain extent, but also enables the system More stable operation, thus improving the overall performance and stability of the entire tracking system

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