How 5G Networks Are Reshaping the Energy Grid

Failed to add items

Sorry, we are unable to add the item because your shopping cart is already at capacity.

Add to basket failed.

Please try again later

Add to wishlist failed.

Please try again later

Remove from wishlist failed.

Please try again later

Adding to library failed

Please try again

Follow podcast failed

Unfollow podcast failed

How 5G Networks Are Reshaping the Energy Grid

Listen for free

View show details

In this episode of The 5G Podcast, Lucas and Luna explore how 5G is quietly transforming the electric power grid. They focus on a concrete case: the partnership between Verizon and the utility Duke Energy, which uses network slicing to manage grid-edge devices like solar inverters and battery storage in real time. The hosts break down how 5G's ultra-low latency — under 10 milliseconds — enables automated load balancing across thousands of distributed energy resources, something 4G couldn't reliably achieve. They also discuss how private 5G networks are being deployed on substation grounds to isolate critical infrastructure from public traffic, and what this means for grid resilience during extreme weather events. Specific numbers include Duke's target of 40,000 connected grid devices by 2027 and the projected $2.3 billion in operational savings across the U.S. utility sector by 2030, according to McKinsey. The conversation stays grounded in real operational realities rather than hype. #5G #EnergyGrid #DukeEnergy #NetworkSlicing #PrivateNetworks #SmartGrid #Verizon #DistributedEnergy #SolarInverters #BatteryStorage #GridResilience #Latency #McKinsey #OperationalSavings #Technology #BusinessPodcast #FexingoBusiness #The5GPodcast Keep every episode free: buymeacoffee.com/fexingo

No reviews yet