Energy-saving control method of charging plugboard and energy-saving plugboard

Abstract

The invention discloses an energy-saving control method of a charging plugboard and an energy-saving plugboard. A singlechip is arranged on the plugboard, when the plugboard works, the singlechip circularly detects the charging condition of each charging socket on the plugboard as well as a relation curve of the charging time and the charging current of each charger, when detecting that a charger on a certain charging socket is charged fully, the singlechip carries out the optimal power-off control on the charger by applying a neural fuzzy adaptive feedback control theory and cuts off a loop connected with the charger through an electromagnetic relay. The invention mainly solves the problems of power consumption during standby after fully charging as well as battery and charging equipment protection, can detect whether equipment is charged fully, can automatically cut off a loop between the charging plugboard and the equipment after the equipment is charged fully, meets an energy-saving requirement and a humanistic requirement for charging to a great degree, and is the top choice among various modern charging equipment.

Description

technical field [0001] The invention relates to a charging plug-in board, in particular to an energy-saving control method for office and household charging plug-in boards and a neuro-fuzzy self-adaptive control charging king energy-saving plug-in board. Background technique [0002] my country is not only a resource-rich country, but also a resource-consuming country. The rapid economic development in recent years is largely at the cost of a large amount of resource consumption. The unreasonable use of resources and a large amount of waste have caused shortages of resources in our country early, and the dilemma of resource supply pressure. The reasons for my country's per capita resource shortage are multi-level: industry, policy, technology, and concept. In daily life, people are aware of the waste of energy, but it is not enough to only realize personal waste. Few people multiply the value of personal waste by 1.3 billion. my country's past development model of excessiv...

AI Technical Summary

Problems solved by technology

There are currently about 700 million mobile phone users in China. It is conservatively estimated that the daily power waste caused by failure to pull out the charger in time is 0.01456×109KWh to 0.05824×109KWh, which is a very extravagant waste.

In addition to wasting power, if the rechargeable battery is not removed in time, the battery will heat up due to trickle current, and the long-term current effect will reduce the service life of the battery. Consumption of standby power or heat will affect the service life

And this is just taking mobile phone chargers as an example. If you add other chargers, the wasted power will be quite huge, which is an incalculable loss in today's energy shortage.

At present, there are no relevant reports on plug-in boards specially developed for charging.

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