A card-swiping intelligent power purchase system for smart grid

Abstract

The invention discloses a card-swiping intelligent power purchasing system used for a smart grid. The system comprises a card-swiping power purchasing device and an integrated control box mutually connected through a wireless network, the integrated control box is provided with automatic controllers, each automatic controller comprises an adjusting seat, a power-connecting seat, and a control seat, the adjusting seat comprises a sealing sleeve, two ends of the sealing sleeve are provided with elastic films, the center of the top end of the elastic film at one end is provided with a connecting rod, the sealing sleeve is separated to a first filling cavity and a second filling cavity through a separating plate, the first filling cavity and the second filling cavity are filled with liquid, the separating plate is provided with two adjustable check values with opposite directions, the power-connecting seat comprises an insulation sleeve, an insulation seat is arranged in the insulation sleeve, the insulation seat is provided with two conductive heads, the lower end of the insulation seat is connected with a slide disc through a compression spring, the slide disc is provided with a conductive seat, the control seat comprises an installation sleeve, a magnetic conductive disc is arranged in the installation sleeve, and the upper end and the lower end of the magnetic conductive disc are provided with electromagnets. According to the system, power purchase with a single meter and multiple cards can be realized, power purchase is rapid and convenient, the power consumption is low, and the structure is stable and reliable.

Description

technical field [0001] The invention relates to the technical field of power equipment, in particular to a card swiping intelligent power purchase system for a smart grid. Background technique [0002] Existing large-scale apartment-style residential areas have installed smart meter management systems. Residents generally pay electricity bills at the property management office by swiping cards to purchase electricity in advance; or install electricity meters with electricity purchase slots; but for some operations Inconvenient people, such as the disabled, the elderly, etc., are unable to move, and the property can only collect electricity bills at home; for the existing non-apartment small rental houses in China, the landlord usually uses the model of door-to-door meter reading and cash charging; although some The mode of paying electricity bills online, but due to high operating requirements, it cannot be used by people who do not know computers. In the usual power purcha...

AI Technical Summary

Problems solved by technology

[0002] Existing large-scale apartment-style residential areas have installed smart meter management systems. Residents generally pay electricity bills at the property management office by swiping cards to purchase electricity in advance; or install electricity meters with electricity purchase slots; but for some operations Inconvenient people, such as the disabled, the elderly, etc., are unable to move, and the property can only collect electricity bills at home; for the existing non-apartment small rental houses in China, the landlord usually uses the model of door-to-door meter reading and cash charging; although some The mode of paying electricity bills online, but due to high operating requirements, it cannot be used by people who do not know computers

In the usual power purchase system, when the user purchases electricity by swiping a card or paying online, the power department will conduct the wire connected to the user through the control system. The conduction of this circuit requires continuous control of the power switch through electric energy. To maintain the conduction of the wires and realize regular power purchase or quantitative power purchase, this control method will continue to consume electric energy. When there are many users, the loss of electric energy will be greatly increased, resulting in serious waste of electric energy.

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