Grid Optimization: Private LTE Provides the Optimal Foundation for Smart Grid Devices
A modern grid requires modern communications. Connectivity through Private LTE is helping to shape the future of private wireless broadband networks for utilities with the right tools, solutions, cyber security, and technology—all on a platform ready to power the grid of the future, starting today. Applications typically in only the telecommunications and wireless technology are now expanding to the Utility Sector enabling an improved communications landscape capable of meeting the changing needs of utility control. That means connectivity for daily operations, identifying faults, communication during natural disasters and future smart grid initiatives. Safety, security, reliability, and resiliency are on the minds of every utility leader and innovator committed to better serving their communities and service territories.
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- Date: 15 Nov 2024
- Time: 02:00 PM to 03:00 PM
- All times are (UTC-05:00) Eastern Time (US & Canada)
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Speakers
Jason Mills
Grid Optimization: Private LTE Provides the Optimal Foundation for Smart Grid Devices
A modern grid requires modern communications. Connectivity through Private LTE is helping to shape the future of private wireless broadband networks for utilities with the right tools, solutions, cyber security, and technology—all on a platform ready to power the grid of the future, starting today. Applications typically in only the telecommunications and wireless technology are now expanding to the Utility Sector enabling an improved communications landscape capable of meeting the changing needs of utility control. That means connectivity for daily operations, identifying faults, communication during natural disasters and future smart grid initiatives. Safety, security, reliability, and resiliency are on the minds of every utility leader and innovator committed to better serving their communities and service territories.
Biography:
Jason, P.E., graduated with M.S. in Power Engineering from Drexel University and a BS of Electrical Engineering from Lafayette College. He has worked for Exelon for 12+ years in the distribution, transmission, and nuclear generation sides of the utility. He also worked for Hubbell Power Systems, which is a leader in distribution and transmission equipment manufacturing for utilities. He has experience working in many areas such as Smart Grid automation, OSI implementation, DER Capacity Planning and Nuclear Risk Management. Currently working at Anterix which is a USA leader in communications technology advancement, providing leadership to utilities to understand their needs for Advanced Connectivity, Data Collection and Smart Infrastructure.