How Chemical Feeds Work

Introduction The working principle of chemical power The working principle of chemical power: 1. Ordinary dry batteries: Ordinary dry batteries are composed of zinc, manganese and ammonium chloride. Inside the battery, zinc reacts with ammonium chloride to form zinc

How Chemical Feeds Work

The working principle of chemical feed:

1. Ordinary Dry Batteries: Ordinary dry batteries are made of zinc, manganese, and ammonium chloride. Inside the battery, zinc reacts with ammonium chloride to form zinc ions and chloride ions, releasing electrons at the same time. These electrons pass through an external circuit to the positive electrode, a mixture of manganese dioxide and carbon. Manganese dioxide absorbs these electrons and reacts with water to produce hydrogen gas and manganese dioxide ions. As the reaction proceeds, zinc ions and chloride ions are continuously generated and electrons are continually released, thus continuously producing electrical energy.

2. Zinc-manganese alkaline battery: In order to extend battery life and improve performance, people replace the chlo electrolyteammonium replacement of ordinary zinc-manganese batteries with potassium hydroxide. In a zinc-manganese alkaline battery, zinc reacts with potassium hydroxide to form zinc hydroxide and hydrogen gas. This hydrogen is absorbed by manganese dioxide and transformed into water. Similar to a regular dry cell, the electrons pass through an external circuit to the positive electrode, a mixture of manganese dioxide and carbon.

3. Zinc-silver battery: Zinc-silver battery is a small-sized battery, with large specific energy and stable voltage. In a zinc-silver battery, zinc reacts with silver oxide to produce zinc ions and silver elements. These electrons pass through an external circuit to the positive electrode, which is silver oxide 2. Silver oxide can absorb these electrons and react with water to generate hydrogen gas and a elemental substance of silver. GraduallyAs the reaction proceeds, zinc ions and silver elements are continuously generated and electrons are continually released, thus continually producing electrical energy.

In addition to the primary batteries shown above, there are also other types of chemical energy sources such as secondary batteries. Although their principles are slightly different, they both rely on the process of converting chemical energy into electrical energy through chemical reactions.

Characteristics of chemical feed:

1. Easy to carry and use: The chemical feed is small in size and light in weight, and can be easily carried and used.

2. Any shape and size: The shape and size of the chemical feed can be designed as needed to meet different occasions and needs.

3. High energy conversion efficiency:the energy conversion efficiency of chemical energy sources is generally high and can effectively convert chemical energy into electrical energy.

4. No noise, no or little pollution to the environment: Chemical energy sources produce no noise during work and have little or no pollution to the environment.

5. Can withstand the testing of various environments: The chemical feed can adapt to various environmental conditions, such as shock, vibration, rotation, high and low temperatures, etc.

6. Long service life: The chemical feed has a long service life and can be reused many times.

7. Small self-discharge: The self-discharge rate of the chemical power supply is low and can be stored for a long time.

8. Stable operating voltage: The operating voltage of chemical power supplies is generally relatively stablee and is not easily affected by load changes.

9. Wide application: Chemical power sources can be widely used in various fields, such as industry, consumption and other commercial occasions.

How long can a water battery be used?

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There are hydrogen ions and hydroxyl ions in water When the Electricity is applied, hydrogen ions move toward the negative electrode and hydroxide ions move toward the positive electrode. Hydrogen ions gain electrons from the negative electrode and become. hydrogen gas. The hydroxide ions move towards the positive electrode. Water loses electrons and gains hydrogen ions and oxygen. The resulting hydrogen ions move to the negative electrode, thereby connecting the external power supply to form a circuit.

How does the battery work?

The Hydro battery can generallycan be used for 2 to 5 years.

As the battery contains a large amount of liquid, it is generally called a “water battery”. The liquid in the water battery is relatively easy to lose, so it needs to be replenished frequently, so it is also called maintainable battery. This type of battery is mainly used in cars and motorcycles, and its discharge current is relatively large, so it is also called traction battery and starting battery.

Product Features

1. Made of polyester fiber tube, with good elasticity, small pore size, low resistance and high air permeability

2. Soft connection wire, no leakage current;

3. Valve structure with pop-up top cap, with special electrolyte level indicator;

4. Equipped with automa replenishment fluid injection captick;

5. Use high-quality imported microporous inclined separators with high porosity and low resistance;

6. Use PP shell and battery cover materials, which are impact resistant;

7. The patented terminal sealing structure completely prevents plate growth and leakage.

Detailed information:

< p>Hydro battery, as a DC power source for forklifts, tractors, trucks, underground mining locomotives and other equipment, is widely used in airports, stations, ports, vegetable markets and fruit, warehouses of industrial and mining enterprises and other places. At the same time, as a clean and pollution-free vehicle DC power supply, it is also widely used in public transportation, sports and entertainment venues.e entertainment. The battery complies with the German DIN standard.

Leoch lead-acid traction batteries comply with German DIN standards. Long life expectancy ; excellent cycle performance and deep discharge recovery capability; reliable sealing structure, no leakage during normal use; Anti-short circuit design to minimize battery short circuit; This type It is a specific high energy battery.

Reference materials:

Baidu Encyclopedia-Hydro battery

In a chemical battery, the direct conversion of chemical energy into electrical energy is the result of spontaneous chemical reactions such as oxidation and reduction within drums. two electrodes respectively. The negative active material consists of reducing agents with negative potential and stable in the electrolyte, suchsuch as zinc, cadmium, lead and other active metals and hydrogen or hydrocarbons.

The positive active material is corrected by the potentialIt is composed of stable oxidants in the electrolyte, such as manganese dioxide, lead dioxide, nickel oxide and other metal oxides , oxygen or air, halogens and their salts, oxygen-containing acids and their salts, etc. Electrolytes are materials with good ionic conductivity, such as aqueous solutions of acids, alkalis and salts, non-aqueous organic or inorganic solutions, molten salts or solid electrolytes.

When the external circuit is disconnected, although there is a potential difference (open circuit voltage) between the two poles, there is no current and chemical energy stored in the battery is not converted into electrical energy.

When the external circuit is closed, current flows through the circuitexternal cooking due to the potential difference between the two electrodes. At the same time, inside the battery, since there are no free electrons in the electrolyte, the charge transfer must be accompanied by oxidation or reduction reactions at the interface between materials active bipolar and electrolyte, as well as migration of material from reactants and reaction products.

Detailed information

A battery is a device that converts chemical energy into electrical energy. It has positive and negative poles. With the advancement of technology, batteries generally refer to small devices capable of producing electricity. Like solar cells.

The performance parameters of the battery mainly include electromotive force, capacity, specific energy and resistance. By using the battery as a power source, you can obtain current with stable voltage, currentnt stable, stable power supply for a long time and little influence from the outside world. The battery has a simple structure, is easy to carry. Simple and easy charging and discharging operations, and is not affected by the impact of external climate and temperature, the performance is stable and reliable.

Reference materials:

Baidu Encyclopedia-Battery

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