Portable comprehensive power saving controller

Abstract

The invention discloses a portable comprehensive power saving controller which is mainly composed of a power supply, a circuit breaker, a sampling module, a silicon controlled rectifier, a microprocessor, a control unit, a power saving contactor and a simulation speed regulation unit. The circuit breaker is connected with one end of the power supply, and the sampling module is connected with the other end of the power supply. The silicon controlled rectifier is connected with the sampling module. One end of the microprocessor is connected with the silicon controlled rectifier, and the other end of the microprocessor is connected with an electric device. The control unit is connected with the microprocessor and the simulation speed regulation unit. The power saving contactor is connected with the simulation speed regulation unit and the electric device. The sampling module is connected with the simulation speed regulation unit. A current sampling unit and a voltage sampling unit are arranged in the sampling module. The portable comprehensive power saving controller has the advantages of good portability, excellent power saving effect, high accuracy and good safety performance.

Description

technical field [0001] The invention relates to a portable comprehensive energy-saving controller. Background technique [0002] With the rise of the unit price of electricity, how to save electricity is not only a problem of power stations, but also the focus of attention of the general public. Among the existing energy-saving methods, the use of energy-saving controllers is the most effective one. However, most of the existing energy-saving controllers are dedicated to power stations. The structures are very complicated, occupy a large area, and the overall volume is also small Very large and cannot be easily transported. In order to cater to the market, there are also some energy-saving controllers that are not used in power stations, but the internal structure is basically the same as that used in power stations, so there is relatively little change in size, and it is still too large to allow The user moves and transports portablely. At the same time, because the energ...

AI Technical Summary

Problems solved by technology

Among the existing energy-saving methods, the use of energy-saving controllers is the most effective one. However, most of the existing energy-saving controllers are dedicated to power stations. The structures are very complicated, occupy a large area, and the overall volume is also small Very large and cannot be easily transported

In order to cater to the market, there are also some energy-saving controllers that are not used in power stations, but the internal structure is basically the same as that used in power stations, so there is relatively little change in size, and it is still too large to allow The user moves and transports portablely. At the same time, because the energy-saving controller of the power station is a single adjustment for the initial output power, the accuracy of the adjustment cannot be achieved. If the accuracy cannot be guaranteed, the power-saving effect will be reduced at the same time. Because the structure of some energy-saving controllers is similar to that used in power stations, the pertinence of use is different, which reduces the safety performance

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