Surge Protection Is Critical For Telecom

Read More: https://www.raycap.com/cellular-site-surge-protection-systems/

 

The telecommunications industry is unique for a few reasons. The most obvious is that most people need a cell phone connected to a high-speed network to accomplish most of the tasks on their plate. Additional unique aspects of the industry are that the equipment utilized to make that connection of the customer phone to the persons or websites on the other end is all at risk 24 hours a day. The extreme expense that the major providers undertake to facilitate the most competitive customer satisfaction situation is constantly in need of repair and maintenance, as well as growing more obsolete every minute it is in use. Technological developments make the latest and greatest features only relevant for a few years afterward they need to be replaced or risk their customers moving to a competitor. As the transition to 5G started, there were already rumblings of the next iteration of high-speed data transfer that would replace it. This means that all the investment into 5G equipment being positioned in the field will also need to support the next-level networks within a few years. Even during that time when it is not obsolete, the positioning of equipment out in the field constantly puts it at risk from lightning strikes and the resultant surges that will damage or destroy the electronic circuitry inside the cell sites. This constant need for ongoing maintenance and replacement makes the operation of these networks very expensive, with the costs needing to be paid by customers in order to maintain profitability.

For cell network providers to make money without continually raising fees, they have turned to the conservation of the maintenance budget to bring down monthly operational expenses. This focus means they are exploring new ways to extend the life span of the equipment positioned in the field, trying to get every possible minute out of a component before it needs to be removed or replaced with a new version. The longer a component can functionally perform a relevant task, the more money is saved in the budget. Because lightning strikes cause power surges that damage equipment used in the process, the main push for life span extension methods is surge protection equipment. These devices are mounted along the pathways that power surges travel within the cell towers when a lightning strike happens, attempting to stop the surge before it encounters the next piece of sensitive equipment. As the technology behind surge protection devices themselves progresses, we are finding that cell network providers can get longer functionality periods out of the equipment costs already invested. The towers themselves also stay online for more extended periods. This is the one two punch that helps networks remain competitive, provide the latest and most significant services that lure new customers, and retain the ones that they currently have. The best surge protection systems equal the most customer loyalty, and the most profits.