Energy Webinar Series
Smart Monitoring Solutions to Improve Reliability in Distribution Power Grids
Air Date: June 2022
Monitoring your grid is key to keeping the power network up and running. Our grid monitoring solutions enable utilities and industrial facilities to pinpoint faults and weak connections in the grid, providing an effective tool for power monitoring and asset management. They make the otherwise costly, labor-intensive upgrades on the entire grid unnecessary and consequently improve reliability measured by the System Average Interruption Duration Index (SAIDI).
Adjusting to the changing conditions with intelligent monitoring solutions will make the power grid more flexible, reliable, and safer for operators.
Watch our on-demand webinar to connect with our experts and learn about:
- The challenges facing today’s grid, and how they are affecting grid reliability.
- How to improve operators’ safety through voltage monitoring.
- How to reduce SAIDI through fault current indication.
*Grid monitoring solutions are currently available in North, Central and the majority of South America.
Learn more about our experts
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Greg Martini
- Director of Sales for Utility Markets in North America
Greg Martini is the Director of Sales for Utility Markets in North America at TE Connectivity. With over 20 years of experience in Customer Service, Product Management, Supply Chain Management and Sales, Greg has driven innovation within the Utility market. He holds degrees in both Marketing and Information systems from Pennsylvania and is currently located in Raleigh, North Carolina.
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Vincent Cullen
- Regional Product Manager Americas
Vincent Cullen is the Regional Product Manager Americas for Grid Monitoring Solutions at TE Connectivity. He has a background in medium voltage power systems from his experience testing for partial discharge in cable systems, and as a Product Specialist for Medium Voltage Cable Accessories at TE Connectivity. He holds dual Bachelor’s Degrees: BA in Economics from Villanova University and BS in Mechanical Engineering from University of North Carolina at Charlotte.
