Telecommunications and Surge Protection Systems
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The telecommunications industry is heavily reliant upon equipment to create customers’ functionality. For a call to be connected, you need a cell phone that can connect to a network, but that cell phone’s power or features is ultimately worthless if it cannot effectively connect to the network. This means that you are not only paying for a phone, but most are paying for the investment in technology that your cell phone company has made to provide you all the features you consider necessary to be a customer. For example, suppose you believe that data transfer speed is the most important feature to your being a company client. In that case, naturally, you will move to the company that has invested the most into 5G technology. Because that company’s network can only provide the 5G speed you desire if they have a microsite near your phone, they need to continually expand their network by placing more and more equipment in the field. Every piece of that equipment relies on other elements to complete the process of transferring your data, so each piece of that equipment must be kept safely online and functioning as much as possible. When one component fails, that particular site will be unable to receive and transmit data to your nearby phone, ultimately making it rely upon another one farther away to complete the action. This compromises your experience as a customer and puts your retention as one of their customers in jeopardy. For this reason, cell phone companies not only invest extensively in the latest and greatest technology, but they also invest in the most technologically advanced surge protection equipment to keep it online and functioning.
One of the greatest threats to telecommunications equipment in the field is lightning strikes. Not only does lightning do damage at the point it strikes, but it also creates a power surge that damages the equipment used in the process. These surges travel along the pathways that are used for everyday functions like power delivery and data transfer. When the electrical surge happens, these pathways become the delivery mechanism for electrical levels that destroy the equipment it comes into contact with. For this reason, surge protection devices are installed along these pathways, creating an ability to stop electricity that is outside of a safe range instantly. This gives the ability to detect and stop the damaging power surge before it does the damage that would render a cell site without function, and cost the company thousands of dollars in repair costs. In addition, they salvage equipment from occurrences that cannot be effectively stopped through the prevention of the power surge from reaching that equipment. This keeps the cell sites functional and able to be connected to while you are near them, which keeps happy customers of the company. Technology is necessary for telecommunications, and surge protection is critical to functioning.
