Manufacturing method of intelligent tracking efficient energy-saving device

Abstract

The invention provides a manufacturing method of an efficient energy-saving device based on an intelligent tracking system. The manufacturing method is characterized in that the device completely cansupply power organically and intelligently according to the change of electric equipment load to achieve the purposes of guaranteeing the production operation, saving electric energy to the maximum extent, improving the power factor and prolonging the service life of electric equipment; the device adopts a modularized logic digital circuit, and is mainly electromechanical equipment consisting of acentral control circuit, a setting regulator circuit, a sampling calculation command circuit, a soft starting circuit, a multifunctional protection circuit, a control strong current main circuit consisting of a thyristor, an automatic switching bypass circuit, a one-machine and multi-machine circuit, a precision tracking circuit, a thyristor protection circuit and functional circuits such as anti-thunder, harmonic and surge purification power grid circuits. The device can be widely used for energy-saving transformation of various motors, street lamps and illumination lamps; and capacitance compensation can be cancelled. The device also can be used for occasions with flammable and combustible dust. The machine also can realize remote automatic control.

Description

technical field [0001] The invention relates to a manufacturing method of an energy-saving device, in particular to a manufacturing method of an intelligent microelectronic, mechatronic intelligent tracking high-efficiency energy-saving device. Background technique [0002] With the increasing global energy crisis and serious deterioration of environmental protection, all countries in the world regard energy conservation and emission reduction as the basic national policy for the development of the national economy. The power-saving equipment in different forms and principles can be summarized as follows: [0003] 1. Star angle conversion power saving and capacitance compensation device: This kind of technology is relatively simple, using mechanical Y-Δ conversion, which is only suitable for slow conversion and large variable load occasions; and capacitance compensation includes local compensation and centralized compensation , Automatic switching, although effective, can o...

AI Technical Summary

Problems solved by technology

Its advantage is low cost and durable; the disadvantage is that it is heavy and difficult to make a high-power power saver, especially it is only suitable for pure lighting load circuits, and it is not suitable for occasions such as motors, air conditioners, water boilers, fans, etc. mixed in the circuit; in recent years Later, the so-called electromagnetic compatible power saver of the improved automatic switching type large-wire package appeared, but it was restricted due to its heavy weight, difficulty in high-power manufacturing and high cost. Its outstanding disadvantage is that the bulb is easily damaged and switched. Occasionally impact the power grid, causing the equipment to burn out

[0005] 3. Light-load and load-changing power savers using single-chip microcomputer phase control technology: This kind of power saver adopts single-chip microcomputer control, phase-shifting and clipping technology, and most of them are foreign products such as the United States, the United Kingdom, and New Zealand. Compared with other types, but the disadvantage is that the fixed change mode cannot be randomly adjusted to the best state. Although this kind of power saver is small in size and light in weight, it has a certain random power supply state, but the power saving depth is not enough and the power saving range is not wide; In terms of motor power saving, it is difficult to achieve high-power and complex power-saving operation of one machine with multiple machines, let alone the free start and stop operation of a single motor with multiple load motors

[0006] 4. In the energy-saving transformation of street lamps, it is also proposed to establish the remote control method of "Ethernet" microcomputer transmitting and receiving single lamp or interval lamp; but building Ethernet requires a huge amount of funds, and it is very troublesome to carry out the overall transformation of the entire street lamp circuit Moreover, the system operation is also unstable, and has not yet been implemented

[0007] 5. Energy saving by switching to LED lamps: Although LED lamps have high luminous efficiency and can save energy, the biggest disadvantage is that the color temperature of light is not good; Generally, the main road is not suitable for use, and it is now being used for auxiliary roads; in addition, the quality is not too good, the service life is short and the cost is relatively expensive, which is the result of practical use at present.

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