CN114566772A

CN114566772A - Electric power continuation of journey device

Info

Publication number: CN114566772A
Application number: CN202210209355.6A
Authority: CN
Inventors: 李立群
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-03-04
Filing date: 2022-03-04
Publication date: 2022-05-31

Abstract

An electric endurance device is divided into several parts, 1. an electrolyte container which is saturated in reaction and filled with ions is placed, and the electrolyte container is provided with a filling port. 2. The drawn in device can be withdrawn. 3. And (4) equipping an electrode reaction plate sealing device. 4. And the container box is used for storing the electrolyte after the discharge reaction and is provided with a discharge outlet. And a corresponding sensing device. The working method of the electric power endurance device comprises the following steps: electrolyte of saturated ions is sent into a reaction device 3 from a container box 1 by using a pumping device 2 to be converted into output electric energy, and after the chemical reaction is finished, the electrolyte of poor ions after the reaction is pumped to 4 through the pumping device 2 to be stored. And finally, pumping electrolyte of saturated ions into a container 3 through the container 2 to perform reaction and convert electric energy, wherein the saturated ion electrolyte in the container can be filled with new saturated ion electrolyte after the saturated ion electrolyte in the container is used up, and the amount discharged from the container 4 is used as a reference amount of the filling amount.

Description

Electric power continuation of journey device

The device is divided into several parts, 1. an electrolyte container box which is saturated in reaction and filled with ions is placed, and a filling port is arranged. 2. The drawn in device can be withdrawn. 3. And (4) equipping an electrode reaction plate sealing device. 4. A container box for storing the electrolyte after the discharging reaction,

the container box is provided with an outlet. And a corresponding sensing device.

The working method comprises the following steps: electrolyte of saturated ions is sent into a reaction device 3 from a container box 1 by using a pumping device 2 to be converted into output electric energy, and after the chemical reaction is finished, the electrolyte of poor ions after the reaction is pumped to 4 through the pumping device 2 to be stored. And finally, pumping electrolyte of saturated ions into a container 3 through the container 2 to perform reaction and convert electric energy, wherein the saturated ion electrolyte in the container can be filled with new saturated ion electrolyte after the saturated ion electrolyte in the container is used up, and the amount discharged from the container 4 is used as a reference amount of the filling amount.

The application range is as follows: new energy vehicles, trains, ships, spacecrafts and devices using electric energy as main power output.

The advantages are that: the device is subversive, has wide sources, does not have the requirement of energy density, greatly reduces the danger, because the electrolyte of poor electric ions is effectively recycled, so the low-carbon operation is really willing to be realized, a new way is developed for low-carbon transformation, the device is faster than a charging pile, the transportation and quantification of electric energy can be maximized, the bottleneck of curing endurance at the energy density is solved, the device has more advantages than fuel oil, because the energy source can be injected from a special injection point at home, and the worry of endurance is avoided when in use, corresponding reaction units can be added according to the required voltage so as to be connected with the existing electric appliances. When no electricity is available, electrolyte of saturated ions can be supplied everywhere, thereby truly and comprehensively replacing fuel oil power. The electrode reaction plate can be replaced for later replacement and maintenance.

The attached figure 1 shows that saturated electrolyte is added from an adding inlet through a liquid flow pump of an injection port container tank, a reaction polar plate external interface and an electrolyte output port, electric energy is reduced through reaction and is output through an electrode external interface, the electric energy is continuously reduced by the liquid flow pump and is sequentially added to a reaction device, continuous electric energy output is achieved, and finally the reacted electrolyte is collected through the electrolyte output port.

Claims

1. The method achieves the purpose of endurance through power output in a mode of newly adding saturated electrolyte, and recycles the reacted electrolyte in a mode of collecting the electrolyte to be used as low-carbon equipment for operation.

2. The electrolyte is circulated reversely to achieve the form of charging and energy storage.

3. And the energy storage saturated ion electrolyte container is communicated with the reaction device and the lean ion container through pipelines.