阅读说明：本技术 一种电池降温节能装置 (Battery cooling economizer ) 是由 闫大龙 李娟� 马洪涛 于 2019-08-20 设计创作，主要内容包括：本发明涉及一种电池降温节能装置,包括色胶固化窑、室外机、电池滚动滑轨、冷却室、与冷却室相连的空调室内机、所述电池滚动滑轨用于传送所述色胶固化窑内的电池,所述冷却室用于接受从所述电池滚动滑轨传送来的电池,电池在所述冷却室内进行降温；所述空调室内机用于降低所述冷却室内温度,所述室外机与所述空调室内机相连,其特征在于,所述室外机安装在所述色胶固化窑侧壁上,用于向所述色胶固化窑提供色胶固化的热量。本发明的电池降温节能的装置效率高、节约能耗。本发明还提供了一种电池降温节能的方法。(The invention relates to a battery cooling energy-saving device which comprises a color adhesive curing kiln, an outdoor unit, a battery rolling slide rail, a cooling chamber, an air conditioner indoor unit connected with the cooling chamber, wherein the battery rolling slide rail is used for conveying batteries in the color adhesive curing kiln, the cooling chamber is used for receiving the batteries conveyed by the battery rolling slide rail, and the batteries are cooled in the cooling chamber; the air-conditioning indoor unit is used for reducing the temperature in the cooling chamber, and the outdoor unit is connected with the air-conditioning indoor unit. The device for cooling and saving energy of the battery has high efficiency and saves energy consumption. The invention also provides a method for cooling and saving energy for the battery.)

1. A battery cooling energy-saving device comprises a color paste curing kiln, an outdoor unit, a battery rolling slide rail, a cooling chamber, an air conditioner indoor unit connected with the cooling chamber, wherein the battery rolling slide rail is used for conveying batteries in the color paste curing kiln, the cooling chamber is used for receiving the batteries conveyed by the battery rolling slide rail, and the batteries are cooled in the cooling chamber; the air-conditioning indoor unit is used for reducing the temperature in the cooling chamber, and the outdoor unit is connected with the air-conditioning indoor unit.

2. The method of battery cooling and energy saving device according to claim 1, comprising the following steps, starting the indoor unit of the air conditioner to cool the cooling chamber in advance; after the battery is cured in the color glue curing kiln, the battery is conveyed to the cooling chamber through the battery rolling slide rail; the outdoor unit conveys the heat taken away by the compressor to a color glue curing kiln for curing and heating by color glue.

Technical Field

The present invention relates to a battery.

Background

The invention of the lead-acid storage battery has a history of over 150 years, along with the progress of society and the rapid development of economy, the resources and energy are gradually in short supply, the ecological environment is increasingly worsened, the energy problem and the environmental crisis become two major challenges for the human society, and the human depends on clean and renewable energy sources such as solar energy, wind energy, hydrogen energy and the like. The lead-acid storage battery used in an energy storage system and an electric vehicle power supply driving system is widely applied due to the advantages of good reliability, high cost performance, recyclability and the like. At present, the technology of the power battery industry is continuously updated, the market competition is intense, the selling price is continuously reduced, and the labor cost is continuously improved. The reduction of the manufacturing cost of the lead-carbon power battery and the improvement of the production efficiency are the pursuits of various manufacturers.

At present, lead-carbon power batteries have the problems of overlong production period, lower working efficiency, higher energy consumption and the like, each power battery needs to be subjected to more than ten working procedures of plate casting, paste coating, plate coating, curing, sheet wrapping, cast welding, cover sealing, terminal welding, color paste dripping, acid adding, formation and the like, wherein at least 18-24 hours are required after the battery is subjected to color paste dripping and acid adding, the reason is that the temperature of the battery needs to be reduced, the color paste can be cured for 40-60 minutes by a color paste kiln at 60-70 ℃ after the color paste dripping, but the internal temperature of the battery reaches 60-70 ℃ at the moment, more heat can be further released due to violent chemical reaction between sulfuric acid and lead oxide after the acid adding, if the temperature of the battery does not reach the room temperature before the acid adding, the internal temperature of the battery is higher after the acid adding, the precipitation of the negative electrode additive can be caused, and even the plastic shell can be heated and deformed. At present, most of methods for cooling batteries before adding acid adopt natural standing cooling, and acid is added after the batteries are cooled to room temperature, so that the method needs too long time and reduces the production efficiency; a few enterprises install an air cooling system behind the color adhesive curing kiln, and the cooling speed is accelerated in a mode that the fan blows air towards the battery. In short, a method capable of efficiently cooling and saving energy before adding acid to the battery is lacked in the existing production.

Disclosure of Invention

In order to solve the technical problems, the invention provides a device for cooling and saving energy for a battery, which comprises a color adhesive curing kiln, an outdoor unit, a battery rolling slide rail, a cooling chamber, an air-conditioning indoor unit connected with the cooling chamber, wherein the battery rolling slide rail is used for conveying the battery in the color adhesive curing kiln, the cooling chamber is used for receiving the battery conveyed from the battery rolling slide rail, and the battery is cooled in the cooling chamber; the air-conditioning indoor unit is used for reducing the temperature in the cooling chamber, and the outdoor unit is connected with the air-conditioning indoor unit.

The device for cooling and saving energy of the battery has high efficiency and saves energy consumption.

The invention also provides a method for cooling and saving energy for the battery.

Drawings

Fig. 1 is a schematic diagram of the battery cooling and energy saving device of the invention.

Detailed Description

The invention is further illustrated by the following specific embodiments in conjunction with the accompanying drawings.

As shown in fig. 1, the battery cooling energy-saving device of the present invention comprises a color paste curing kiln 1, an outdoor unit 11 installed on the side wall of the color paste curing kiln 1, a battery rolling slide rail 2 for conveying the batteries in the color paste curing kiln 1, a cooling chamber 3 for receiving the batteries conveyed from the battery rolling slide rail 2, and the batteries being cooled in the cooling chamber 3; the indoor air conditioner 33 is connected with the cooling chamber 3 for reducing the temperature in the cooling chamber 3, the indoor air conditioner connecting pipe and the electric connecting wire 22 are communicated with the outdoor unit 11 and the indoor air conditioner connecting pipe, and the outdoor air conditioner connecting pipe 11 is used for providing heat for curing the color paste to the color paste curing kiln 1. During operation, open air conditioning indoor set 33 refrigeration in advance, after the solidification of colour glue curing kiln 1 is accomplished to the battery, get into cooling chamber 3 through rolling slide rail 2, provide a low temperature environment through indoor set 33 refrigeration mode and reduce the battery temperature, the heat that the compressor was taken away gets into colour glue curing kiln 1 through off-premises station 11 and in with colour glue solidification heating, whole process does not need manual operation can realize the serialization operation, set up refrigerated temperature and time according to the demand, the battery can add sour immediately after the cooling chamber. Thereby achieving the purposes of efficiently reducing the temperature of the battery and efficiently utilizing energy. The invention can quickly reduce the temperature of the battery before adding acid; the production efficiency is improved, the energy consumption is saved, and the production cost is reduced; the functions of the indoor unit and the outdoor unit of the air conditioner are fully utilized, the product turnover time is shortened, and the standard line continuous production is realized.