Pump remote intelligent control system based on mobile Internet

Abstract

The invention provides a pump remote intelligent control system based on a mobile Internet. The pump remote intelligent control system based on the mobile Internet is a remote monitoring and control system. Signals of sensors are transmitted to a control center and a cloud processing system through a controller; workers in the control center can process the signals according to data; the cloud processing system can transmit the processed data to a mobile phone APP; a client can remotely monitor the running condition of a pump; and if the pump needs to be controlled, the rotating speed of a motor of the pump and the opening degree of an exit valve can be controlled directly through a mobile phone, and therefore the flow and the lift of the pump are controlled, and the pump can run on a high-efficiency point as far as possible. If the data exceed a preset value, an alarm can be given through the mobile phone, the client is informed of the situation, pre-warning is performed in advance, and large safety accidents are avoided.

Description

technical field [0001] The invention belongs to the field of intelligent control, and in particular relates to a pump remote control intelligent system based on the mobile internet. Background technique [0002] The earth's petrochemical energy is limited, and the non-renewable, large-scale burning of petrochemical energy has brought serious environmental pollution. Energy saving is one of the important means to reduce pollution and improve the quality of life. Under the general trend of rising energy prices, energy saving is a good way for individuals and businesses to save money. [0003] According to the statistical data of the market survey of internationally renowned pump companies, the typical operating status of the heating circulation pump is: [0004] Load (flow) 25% 50% 75% 100% [0005] Time accounted for 44% 35% 15% 6% [0006] From the above data, it can be seen that the 25% load time ratio is the largest, that is, the motor is running normally, and the 100% ...

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Problems solved by technology

[0006] From the above data, it can be seen that the 25% load time ratio is the largest, that is, the motor is running normally, and the 100% energy pump only uses 25%, and other energy is basically wasted, indicating that the pump itself does not work near the high efficiency point. The 100% load time only accounts for 6%, which means that 94% of the pumps have energy waste problems

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