Information About Telecom Batteries
Telecom infrastructures are more located in particularly remote and isolated areas (such as mountain peaks and desert regions) that are generally far from the electricity grid and rely on on-site electricity generation to operate. The first target for communication providers is high efficiency and profitability. Building self-sustaining mobile networks and staying competitive in a lower average income per user (ARPU) environment.
Telecom batteries store energy for use when power is off. These batteries can be considered as internal backup power system. In order to get efficiency from this system, the thing to do is to offer enough power. These batteries must also be efficient, compact and durable enough to withstand harsh environments. Telecom batteries are more powerful and durable than typical batteries.
Lead-acid batteries and lithium-ion batteries are used in telecommunications. Lead acid batteries, wet batteries, sealed batteries, SLA batteries, and gel batteries use electron transfer to store power. Since both lead-acid batteries and lithium-ion batteries are widely used, you should choose batteries designed for use in Telecom systems. Telecom batteries are used as backup power for communication base stations to provide reliable energy storage power.
One of the most important features in a telecom battery is the battery type. Choosing the right battery type is essential if you want an efficient backup system. Lithium-ion batteries are a newer technology than lead-acid batteries and are better at efficiency and power improvements than lead-acid batteries. Lithium batteries are small in size, take up little space and do not need much maintenance. Lithium batteries can be a bit more expensive than lead-acid batteries in terms of initial cost. However, they do not incur any expense after the initial setup cost. Lithium batteries are always advantageous in terms of stability and resistance.
In terms of energy storage, the more batteries you place in your available space, the more positive it is for you. When the power is cut off, your working time increases according to the battery rate. In addition, more batteries mean high energy capacity. Telecom solar tower provides a lot of benefits in areas where the grid is unreliable or there is no grid supply. It plays a helpful role in reducing your costs. When lithium-ion batteries are well taken care of, they can perform up to 5000 charge-discharge cycles. They last much longer than lead-acid batteries.
Lithium-ion batteries are used in many places. Telecom towers, television, computer, sea boats etc. as. Lithium batteries are not produced with liquid, while lead batteries contain water and electrolytes. This significantly affects the efficiency of lead batteries when they fail. Lithium batteries are shock resistant and not affected by contacts. Lithium batteries should be stored in cool places. It can also be kept in places where room temperature is maintained. If lithium batteries are not to be used and stored somewhere, a charge rate of less than 50 percent will adversely affect the service life of the battery.
It should be said about battery sizes; In terms of performance, it is not realistic to say that large batteries are better. What matters is the power capacity the battery can provide. Using a small-size lithium battery instead of a large-size lead-acid battery can meet your needs. For telecom towers, lithium-ion batteries make much more sense because they do not require much maintenance.
