Fully-controlled type electric power saving system

Abstract

The invention relates to a fully-controlled type electric power saving system, comprising a power supplying system, an acquisition system, a power saving system and terminal equipment; the operating steps of the fully-controlled type electric power saving system are that: the power supplying system--power supplying acquisition--the power saving system--three phase output--soft start--the terminalequipment--equipment acquisition--the power saving system; the power saving system is a transformer and a 380V three phase power supply; the power supplying acquisition is to collect weather electricquantity is pure, and collect the transformer and line loss, the power saving system is to adjust electric energy or monitor operating condition of electric equipment at terminal and to carry out microcomputer processing; the three phase output is that electrical energy is input to the electric equipment after being adjusted and processed by the power saving system; soft start is that the power saving system controls the operation or stopping of the electric equipment; the terminal equipment is used by electric users; the equipment acquisition is to collect data by tracing the electric equipment in a whole course, so as to realize dynamic tracing, automatic adjustment, stable performance and safety and reliability and ensure the electric equipment to operate safely in a high-efficiency waywhile achieving the purpose of saving electricity.

Description

technical field [0001] The invention relates to a power-saving operation mode, in particular to a fully-controlled power-saving system. Background technique [0002] At present, most of the power energy saving in the market is related to frequency conversion, capacitor, soft start, etc. Although there are some energy saving effects, they are not comprehensive. With the development of society, there is more and more demand for electric energy, energy cannot be regenerated, and saving energy is the responsibility of all human beings. Especially the energy-saving products that save electricity and can be combined with power distribution control are still to be developed. In recent years, the widespread use of some new equipment and the adoption of a large number of high-tech, especially power electronic technology, make the non-linearity and impact of these equipment in use, as well as the use of high-current equipment such as intermediate frequency furnaces and electric arc f...

AI Technical Summary

Problems solved by technology

However, the maximum load capacity of the central air-conditioning system is designed according to the maximum load of cold and hot weather, and there is a large margin

In actual operation, the system seldom operates under such extreme conditions, so it can never reach full load in practice. Due to the defects in the control method, the waste of resources in the central air-conditioning system is very common.

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