Transferring energy from one battery to another?

The power bank is to transfer the electricity in the battery cell of the power bank to the mobile phone battery.

Transferring the power from a battery to another battery is not a direct connection. The current needs to be limited. Limiting the current requires the loss of energy and voltage.

It's like transferring a bottle of water to another through a communicator. The other bottle gets up to half of the original bottle (two bottles are the same size and volume), and in order to complete the transfer, it is necessary to add external energy.

One of this is an unattainable mobile phone, the battery is a mobile phone battery, if you want the effect, you can only use the power bank to charge the dead mobile phone.

Hello: 1. Batteries (including batteries) are chemical batteries, and there are two different types: reversible or irreversible.

2. Ordinary dry batteries (including acidic and alkaline, as well as carbon batteries) belong toIrreversible, unable to recharge.

3. Even if it is a reversible rechargeable battery, it cannot be charged between the two batteriesCharging voltageIt must be higher than the rated voltage.

The conversion of energy from one battery to another must be done by drainage.

Just boost the battery first, and then charge it with the charger.

Use a power bank.

A battery is a device that converts chemical energy into electrical energy in a cup, tank, or other container or composite container that contains an electrolyte solution and metal electrodes to generate an electric current. It has a positive electrode and a negative electrode. With the advancement of technology, batteries generally refer to small devices that can generate electrical energy.

Such as solar cells.

The performance parameters of the battery mainly include electromotive force, capacity, specific energy and resistance. Using the battery as energy**, you can get a current with stable voltage, stable current, stable power supply for a long time, and little influence from the outside world, and the battery structure is simple and easy to carry.

The charging and discharging operation is simple and easy, not affected by the external climate and temperature, the performance is stable and reliable, and it plays a great role in all aspects of modern social life.

In 1746, Massenbrock of Leiden University in the Netherlands invented the "Leiden bottle" to collect electric charges. Because he saw that the electricity that he had collected with great difficulty was easily disappearing in the air, he wanted to find a way to preserve it. One day, he hung the barrel of a gun in the air, and connected it to the barrel with a motor.

Another copper wire was drawn out of the barrel and dipped into a glass bottle filled with water, which he asked an assistant to hold in one hand while Marsenbrock shook the motor vigorously.

At this time, his assistant accidentally touched the barrel of his other hand, and he suddenly felt a strong electric shock and shouted. Massenbrock then swapped with his assistant, asking him to shake the motor, holding the water bottle in one hand and touching the barrel with the other.

A 12V charger and a 12V to 220V inverter are required. First, connect the inverter input cable to the fully charged battery, and then plug the 12V charger input plug into the inverter output socket to charge the dead battery.

Hello: You can use a fully charged battery as a power source, there are emergency chargers on the market, and after installing this kind of battery, you can charge other batteries.

Invert to charge another battery.

Can be converted into super multi-energy:

1) Thermal energy. The current flows through the resistor to generate heat.

It is converted into heat energy.

2) Mechanical energy.

The battery drives the DC motor to move and converts it into mechanical energy.

3) Electric field energy. The battery charges the capacitor and generates an electric field, which is converted into electric field energy.

4) Magnetic field. The current flows through the inductance to create a magnetic field, which is converted into a magnetic field.

5) Light energy. Light-emitting diodes in electrical circuits.

Luminescence is converted into light energy.

And so on and so forth.

Both dry batteries and accumulators use chemical changes to power their power

From the point of view of energy conversion, their dry section refers to the conversion of chemical energy into electrical energy, and such batteries are also called chemical batteries

So the answer is not worthy: chemistry; Chemistry; Electricity; Chemistry;

Total reaction Cu (blister copper) = Cu (refined copper).

Cathode Cu2+ +2e = Cu

Anode Cu-2e = Cu2+

Conversion of electrical energy into chemical energy (energy consumption, purity improvement) and due to efficiency issues, some of them are converted into thermal energy.

It depends on what kind of battery it is, and you can't generalize:

1. The traditional chemical battery converts chemical energy into electrical energy;

2. The current rechargeable battery converts electrical energy into electrical energy, which is the function of a capacitor

Storing electrical energy and releasing it;

3. There is a small square in the upper right corner of many calculators, which converts solar energy into electricity;

4. There are also nuclear batteries that convert nuclear energy into electrical energy.