Carrier-level energy-saving protection system and its realization method

Abstract

The invention discloses a telecommunication-level energy saving protection system which comprises at least one energy saving cloud protection apparatus which is connected to a three-phase commercial power supply line, detection systems which are disposed on the energy saving cloud protection apparatuses and are used for detecting electric power parameters of the three-phase commercial power supply line, and an intelligent query platform which is connected with all the detection systems. The intelligent query platform includes a data server which is connected with the detection systems through a network switch, and a WEB server, a short messaging service (SMS) server and an IVR server which are all connected with the data server, wherein the IVR server is further connected with a private automatic branch exchange (PABX). A realization method of the system is further provided; through a reactance filter that is connected into the power supply line, electric pollution outside and inside a power supply network is effectively regulated, the electric power quality is improved, the electric saving rate is improved, and energy saving, consumption reduction and emission reduction are realized; and through the intelligent query platform, users can get feedback of electric power conditions in time and can manage and control the use of electric power conveniently. Therefore, the system and the realization method have a wide market application prospect.

Description

Technical field [0001] The invention relates to an energy-saving protection system, in particular to a telecommunication-level energy-saving protection system and an implementation method thereof. Background technique [0002] There are usually two kinds of common electrical pollution and its waste. One is external electrical pollution, which refers to electrical pollution caused by the mains power supply grid, including: radar waves, radio waves, lightning, lightning strikes, and electricity customers’ equipment is turned on Harmonic interference, voltage fluctuations, voltage flicker, etc., these electrical pollution caused a lot of useless power in the electricity system, and the formation of electricity pollution. The second type is internal electrical pollution, which refers to a large number of "transient currents" and waves caused by the internal power distribution system of the electricity consuming unit due to phase imbalance, insufficient power factor, frequent equipmen...

AI Technical Summary

Problems solved by technology

Another example is the automatic control of the power saver by the IC circuit voltage, which can only achieve a small power saving effect, but the IC circuit itself is extremely prone to failure

Another example is the inverter power saver, which must be installed on each power terminal equipment, which not only requires a large investment, but also causes more harmonic pollution in the power distribution system, and the noise is also relatively large.

[0004] On the other hand, the existing power-saving protectors not only lack the corresponding detection system and the voice and text message conversion function of power consumption, but also the display function of the Internet, and cannot accurately pass the operation results of the power-saving protector through the telephone (mobile phone, landline), text messages and the Internet, anytime, anywhere, 365 days a day to give feedback to users, which may easily cause users to be confused about the use status of power-saving protectors, and does not provide users with a reliable power status information query and control platform, resulting in Users cannot effectively control the power supply of their local grids, let alone establish a dual control mode of power consumption combining man-machine integration, which is not convenient for effective control

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