Zero-standby zero power consumption energy-saving socket

Abstract

The invention provides a zero-standby zero power consumption energy-saving socket. The zero-standby zero power consumption energy-saving socket comprises a socket body and a main control plug hole base arranged on the socket body, wherein the socket body also internally comprises an automatic switch relay JK1, a manual touch control key switch K1, a power supply module as well as an electric current monitoring module, a signal conditioning module, a comparing module, a delay control module, a relay drive module and a J1 relay coil, wherein the electric current monitoring module, the signal conditioning module, the comparing module, the delay control module, the relay drive module and the J1 relay coil are connected successively; the relay JK1 and the manual touch control key switch K1 are connected in parallel, one end of the parallelly connected relay JK1 and manual touch control key switch K1 is connected to a live wire L of the inlet of an external connecting circuit, while the other end is connected with the power supply module and is connected with the main control plug hole base through the electric current monitoring module. The zero-standby zero power consumption energy-saving socket provided by the invention has the advantages that the socket controls the relay JK1 to open and close through signal propagation velocity and action between each module and the J1 relay coil, so as to control main and auxiliary control plug hole bases to open and close; the energy-saving environment-friendly property is really realized, the socket is convenient to use, energy-saving and environment-friendly and easy to popularize.

Description

technical field [0001] The invention belongs to the field of energy conservation and environmental protection, and relates to an energy-saving socket with zero standby and zero power consumption. Background technique [0002] With the widespread use of household appliances and office appliances, coupled with people's living habits of using electricity, the waste of electricity due to electrical standby is as high as 18 billion kWh every year, which is equivalent to the annual power generation of three Daya Bay nuclear power plants! In China, 1.2 billion kilowatt-hours of electricity is wasted every year by leaving monitors and printers on standby after get off work! The annual market demand for power sockets exceeds 100 million! In response to the "1 Watt Plan" advocated by the International Energy Agency (IEA), the State Council is also promoting the "Ten Ten Energy Conservation Projects" during the "Twelfth Five-Year Plan" period, including the Zero Standby and Zero Energy...

AI Technical Summary

Problems solved by technology

[0003] At present, the design of the zero-power socket of the prior art is to automatically cut off the power supply of the main control circuit and the auxiliary control electrical appliances after the main control circuit is powered off for a period of time, and this socket cannot realize real zero power consumption; and the prior art The two ways to restore the electrical work are: one is to use manual reset, and the other is to use the remote control to reset

The manual reset switch of the manual reset mode is integrated with the socket, and cannot be separated from the socket body, and cannot be placed in a convenient place for operation

The reset of the remote control not only has the standby energy consumption triggered by the remote control, it cannot truly achieve "zero power consumption", and it is also not suitable for use in places without remote controls such as office areas.

Images