The Case for Private LTE Networks in the Utility Sector Private LTE (PLTE), also known as “private long-term evolution,” is gradually overtaking other network solutions as the grid edge’s primary choice. Due to its high bandwidth performance and low latency qualities, PLTE is the most effective technology for tackling the issue of grid modernization and the rush of data from utility applications.
It’s time to examine the utility infrastructure network. When seen as a strategic asset rather than an afterthought, it is just now beginning to live up to its potential as a tool to merge IT and OT, and so accelerate digitalization. But why now, exactly? For that you need to know what is lte network and how it functions.
The Greenway in Use
The Energy Information Administration projects that renewables will provide 44% of U.S. electricity by 2050. The generation of renewable energy raises the bar for the complexity of the system’s monitoring, management, and automation because of the greater number of power sources and temporal fluctuations involved.
Superior above the norm
A decentralised utility environment is created to accommodate distributed generating assets, distributed energy resources (DERs), and demand response programmes. Instead of managing power in a linear fashion from producer to consumer, a dynamic energy market incorporates computation and operations to regulate power flow in both directions.
Density of Devices Has Increased
By 2050, there might be 1,500 times as many IP-enabled smart devices linked to the grid as there are now. In order for the grid to continue coordinating energy supply and demand between utilities and owners of third-party assets, this would be required. If utilities have access to a stable private LTE network, they will be able to send and evaluate this data rapidly enough to keep the grid reliable.
Using the Internet requires caution.
As more and more IP-enabled devices and third parties connect to the grid, cyber security becomes an increasingly pressing issue.
Being a component of the “backbone infrastructure” of the nation necessitates utilities to have continual, prioritised internet connectivity that they can regulate and maintain safe. A large network of vendors and widely accepted standards support the established technology known as PLTE. Keeping the digital changes utilities need to make for a smarter, safer grid a secret will put them at ease. Here are a few of the technology’s standout features that make it a great fit for your intended use.
Future Proof LTE is the foundational technology standard that will improve with newer models. With a private, 5G-ready 4G LTE network at your disposal, you can rest easy knowing that your company’s future is secure.
Conclusion
To ensure the network is as secure as possible, safe LTE, which is based on the 3GPP standard, undergoes continuous evaluation and testing. Many layers of protection offered by PLTE prohibit cybercriminals from swiftly penetrating a target. Based on the subscriber identification module (SIM) card, this solution offers encryption and authorization at the device or app level.
