Battery With Soldering Pins

Product Description

 

A soldering pin battery is designed to provide electric power by utilizing one or multiple electrochemical cells. These cells have connections on the outside that allow them to power various electrical devices. The cathode, or positive terminal, of the battery is responsible for supplying power, while the anode, or negative terminal, acts as the receiver of electrons that flow through an external circuit towards the positive terminal. When the battery is connected to an external load, a redox reaction takes place, converting high-energy reactants into lower-energy products. The difference in free energy resulting from this reaction is then transferred to the external circuit as electrical energy. By rearranging the content, the information is retained but presented in a different manner.

 

Alkaline batteries, commonly used in flashlights and portable electronic devices, belong to the primary battery category. These batteries are used once and then discarded because the electrode materials undergo irreversible changes during discharge. On the other hand, secondary batteries, also known as rechargeable batteries, can be discharged and recharged multiple times. By applying an electric current, the original composition of the electrodes can be restored through a reverse current. Lead-acid batteries, found in vehicles, and lithium-ion batteries, widely used in laptops and mobile phones, are examples of rechargeable batteries. Both primary and secondary batteries serve different purposes in various devices, offering reliable and sustainable power sources.

 

There is a wide range of shapes and sizes when it comes to batteries. They can be as tiny as the cells used in hearing aids and wristwatches, or as massive as the battery banks found in rooms that serve as standby power sources for telephone exchanges and computer data centers. However, batteries generally have lower specific energy, meaning they provide less energy per unit mass, in comparison to common fuels like gasoline. Nonetheless, in automobiles, the lower specific energy of batteries is somewhat compensated for by the higher efficiency of electric motors in converting electrical energy into mechanical work, which surpasses the performance of combustion engines.

 

Benefits of battery storage

 

Allows for better use of renewable energy
The necessity of using batteries for power storage ensures that you have a reliable source of energy whenever you require it. By storing excess power in battery systems, you can conveniently tap into it during overcast days when your solar system does not generate enough electricity to meet your needs, without having to rely on the grid.

 

Added protection
The intermittent production of renewable energy has always been a challenge in its widespread adoption. However, the utilization of batteries for energy storage provides a solution to this problem by allowing the production and use of clean energy to be decoupled from periods of low consumption. These storage systems effectively overcome the obstacles posed by the irregular nature of renewable energy production. It is undeniable that such intermittent production can be problematic, but with the use of batteries for energy storage, these challenges can be effectively addressed.

 

Less dependent on the grid
Building a home that is less dependent on the grid and more resilient is made easier with the use of a battery with soldering pins. If you reside in a rural area with an unstable grid, having a battery storage system provides peace of mind as it ensures that key aspects of your home can be powered for extended periods.

 

Minimise electric bills
Thanks to the flexibility that solar power allows, you can save a lot on your electricity expenses. This is because homes and businesses can take electricity from the grid when it is cheaper and use it when costs are higher, effectively creating a balance between solar and grid electricity that keeps costs to a minimum. By taking advantage of the benefits of solar power, you can significantly reduce your electricity bills while maintaining uninterrupted access to reliable power.

 

Electrical Characteristics

 

Model	ER14250-2PT
Nominal voltage	3.6V
Nominal capacity	1200mAh（Conditions: 0.5mA,+20°C, end voltage 2.0V）
Notes	Battery capacity will be different according to the discharge current, environment temp. and end voltage.
Max. continuous current	25mA (+20°C Capacity will be 50% as per nominal capacity, end voltage 2.0V. Can provide more higher current.)
Max. pulse current	50mA (discharge according to pulse characteristics frequency, continue time, temperature, battery state(storage before use) and it is different as the lowest voltage accepted by device.
Operating temperature range	-60℃~+85℃
Weight	Approx. 11g
Storage temperature	Max. 30℃
Shape	1/2AA
Dimension(max.)	14.5*25.4mm(Diameter*Height)
Battery type	Bobbin Type
Electrolyte/Chemistry	Lithium Thionyl Chloride(Li-SOCl2)
Brand	Ruizhi, Beleader, OEM acceptable

 

Equivalent

 

UHE-ER14250, UHE-ER14250-X, XL-050F, 1770-XZ, 3B26, 418-0076, 60-0576-100, 6135-99-770-2535, 6ES5-980-0MA11, 6ES59800MA11, 742-0011, 922-1262, ER3, ER3S, ER4, LS14250, LS3, T04/41, T04/51, TL-2150, TL-2150/S, TL-2151, TL-5101, TL-5112, TL-5151, TL-5151S, TL2150, TL2151, TL5101, TL5112, TL5151, TL5151S, VL1/2AA

 

Certification

 

Compliance with the European directive CE & RoHS

MSDS, UN38.3 Report, ISO9000

 

http://www.ruizhibatteries.com/