CN102594197A

CN102594197A - Electrostatic storage battery

Info

Publication number: CN102594197A
Application number: CN2012100203115A
Authority: CN
Inventors: 徐鹤鸣
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-01-10
Filing date: 2012-01-10
Publication date: 2012-07-18

Abstract

The invention relates to an electrostatic storage battery which stores a large quantity of electrostatic charges through a physical method to achieve the purpose of electricity storage. In the realization process, static electricity is generated by an electrostatic generating device 1; the electrostatic charges are conveyed to an electrostatic ball 3 through the inside of a support 2; and a closed cavity, i.e. an electrostatic charge storage area 5 is formed between the electrostatic ball 3 and an electricity storage shell 7. The electrostatic ball 3 releases the electrostatic charges to the electrostatic charge storage area 5; the released electrostatic charges are diffused outwards under the action of electric field force generated by the electrostatic ball 3 and the repulsive force of the electrostatic charges; when being diffused to an insulating layer 8 enwrapped on the outer side of the electricity storage shell 7, the electrostatic charges are blocked and accumulated at the insulating layer 8 so as to form a gradually-gathered electrostatic charge accumulation area from the insulating layer 8 to the direction of the electrostatic ball 3; and the electrostatic charges are accumulated in the electrostatic charge storage area 5 to realize the storage of electric energy. A leading-out electrostatic conductor 10 can lead out and release the electric energy after passing through the liquid insulating layer.

Description

A kind of static storage battery

Technical field:

The present invention relates to a kind of static storage battery, thereby a large amount of storages of electrostatic charge are reached the purposes of electric power storage through a kind of physical method.

Background technology:

Present storage battery uses electric energy is converted into the chemical energy storage mostly, and chemical energy is converted into the mode that electric energy discharges then.This type of storage battery exists the charging interval long, and unit volume and Unit Weight store that electric weight is little, and use costs an arm and a leg, contaminated environment, and shortcoming such as useful life is short, thereby on existing storage battery is used, receive more restriction.What the present invention taked is a kind of physics electric power storage mode, and a large amount of electrostatic charges are stored, and has that to store electric weight big, and abrupt release electric weight ability is big, make simple in structure, characteristics such as long service life.

Summary of the invention:

Exist the charging interval long in order to solve existing storage battery, unit volume or Unit Weight store that electric weight is little, and use costs an arm and a leg, and contaminated environment such as is lacked useful life at shortcoming.The present invention adopts a kind of physical method, and a large amount of electrostatic charges are stored, and it is big to have a charging voltage width range, and unit volume and weight storage electric weight are big, and abrupt release electric weight ability is big, environment is not polluted the characteristics of long service life.

The present invention solves existing storage battery shortcoming; The technical scheme that adopts the physical method electric power storage to be adopted is: produce static through electrostatic generator, to the static ball, electrostatic charge spreads under the repulsive force effect of electric field force that the static ball produces and electrostatic charge self to the periphery with electrostatic delivery; When electrostatic charge is diffused into insulating barrier; Can not continue to outdiffusion by stopping of insulating barrier, the heap of being obstructed at the insulating barrier place is heaped the district thereby form an electrostatic charge of being assembled gradually to the static direction of bowl by insulating barrier; Electrostatic charge is stored in the static ball and the accumulate chamber enclosure is formed in the static memory block of sealing, thereby has realized electrical power storage.Deriving conductor through electric charge derives the electrostatic charge that stores, and just can realize that the release of store electrical energy is used.In order to realize the static derivation preferably, can use liquid insulant at the insulating barrier of deriving electrostatic conductor place correspondence.Deriving static can be connected with the storage battery that stores opposite electrical electrostatic charge, also can be connected derivation with ground wire, realizes store electrical energy output.

The invention has the beneficial effects as follows: can be through storing the electrostatic charge store electrical energy, the charging voltage width range is big, and unit volume and weight storage electric weight are big, and abrupt release electric weight ability is big, and environment is not polluted, and long service life is made characteristic of simple structure.Because the advantage that this storage battery has can be used in solar power station or other power station electric power storage in a large number, can be applicable to simultaneously on each type electric tool, it is low to have use cost, reliable, and charge capacity is big, advantages such as long service life.

Description of drawings:

Below in conjunction with accompanying drawing to further explain of the present invention.

Fig. 1 is the electric power storage schematic diagram of a kind of static storage battery of the present invention.

1. electrostatic generators among the figure, 2. supporting seat, 3. static ball, 4. static ball tip, 5. electrostatic charge storage area, 6. adsorption charge medium, 7. accumulate chamber enclosure, 8. insulating barrier, 9. insulating barrier shell, 10. derivation electrostatic conductor.

Embodiment:

Below in conjunction with accompanying drawing, specific embodiments of the invention describes in detail.

Like the electric power storage schematic diagram of a kind of static storage battery of Fig. 1,

Electrostatic charge takes place in electrostatic generator 1; Electrostatic charge arrives static ball 3 through the delivered inside of supporting seat 2; Between static ball 3 and accumulate chamber enclosure 7, form the cavity of a sealing; Accumulate chamber enclosure 7 outsides are wrapped in insulating barrier 8, prevent that electrostatic charge from letting out, and this cavity is exactly electrostatic charge storage area 5.Static ball 3 can be provided with static ball tip 4 to electrostatic charge storage area 5 release electrostatic lotuses on the static ball 3, in electrostatic charge storage area 5, can add adsorption charge medium 6; Adsorption charge medium 6 can using gases; Discharge makes adsorption charge medium 6 be with electrostatic charge under the effect of static ball high voltage electric field, the electrostatic charge that discharges under the repulsive force effect of the electric field force of static ball 3 generations and electrostatic charge self to outdiffusion; When electrostatic charge is diffused into the insulating barrier 8 that is wrapped in insulating barrier shell 9 inboards; Can not continue to outdiffusion by stopping of insulating barrier 8, electrostatic charge constantly spreads the heap of being obstructed at insulating barrier 8 places to insulating barrier 8 by the static ball; Heap the district thereby form an electrostatic charge of being assembled gradually to static ball 3 directions by insulating barrier 8, the electrostatic charge of heap has realized electrical power storage.Through deriving electrostatic conductor 10 static that stores is derived, just can realize that the release of store electrical energy is used.In order to realize the static derivation preferably, can use liquid insulant at the insulating barrier of deriving electrostatic conductor 10 places correspondence, be convenient to derive electrostatic conductor 10 and pass insulating barrier 8 derivation electrostatic charges.Deriving electrostatic conductor 10 can be connected with the static storage battery that stores opposite electrical electrostatic charge, also can be connected derivation with ground wire, realizes that the release of store electrical energy is used.

Claims

1. the static storage battery is characterized in that, electrostatic charge takes place electrostatic generator 1, and electrostatic charge arrives static ball 3 through the delivered inside of supporting seat 2, and the cavity that between static ball 3 and accumulate chamber enclosure 7, forms a sealing is electrostatic charge storage area 5.Static ball 3 is to electrostatic charge storage area 5 release electrostatic lotuses; The electrostatic charge that discharges under the repulsive force effect of electric field force that static ball 3 produces and electrostatic charge self to outdiffusion; When electrostatic charge is diffused into the insulating barrier 8 that is wrapped in outside the accumulate chamber enclosure 7; Can not continue to outdiffusion by stopping of insulating barrier 8, electrostatic charge constantly spreads the heap of being obstructed at insulating barrier 8 places to insulating barrier 8 by the static ball; Heap the district thereby form an electrostatic charge of being assembled gradually to static ball 3 directions by insulating barrier 8, electrostatic charge is accumulated in the electrostatic charge storage area 5 and has realized electrical power storage.Pass insulating barrier derivation release electric energy through deriving electrostatic conductor 10.

2. static storage battery according to claim 1 is characterized in that, forms the cavity of a sealing between static ball 3 and the insulating barrier 8, prevents that electrostatic charge from letting out.

3. static storage battery according to claim 1 is characterized in that, it is most advanced and sophisticated on static ball 3, can to increase the static ball, is used for discharge.

4. static storage battery according to claim 1 is characterized in that, can increase adsorption charge medium 6 in the electrostatic charge storage area 5.

5. according to claim 1,3 described static storage batterys, it is characterized in that adsorption charge medium 6 uses a kind of gas.

6. static storage battery according to claim 1 is characterized in that insulating barrier 8 can use insulating material paraffin.

7. static storage battery according to claim 1 is characterized in that, can use liquid insulant at the insulating barrier of deriving electrostatic conductor 10 places correspondence.

8. static storage battery according to claim 1 is characterized in that, derives electrostatic conductor 10 and is connected the release electric energy with the static storage battery that stores opposite electrical electrostatic charge, also can discharge electric energy by earth connection.