Solar webinar

Energy Webinar Series

Maximize Yield, Minimize Risk: Practical PV Connector Guidance for Utility-Scale Solar (English)

March 19, 2026 @ 10 AM EST / 4 PM CET

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Today’s solar projects depend on properly specified and correctly installed connectors to deliver decades of safe, reliable service. 
 
PV connectors may be small, but they are mission-critical to the long-term safety, uptime, and efficiency of a solar farm. Improper specification, mismatched components, or installation errors can lead to overheating, arc faults, unplanned downtime, and avoidable energy loss. 
 
Join our live webinar to learn how smarter connector decisions help protect performance, reduce field failures, and support long-term reliability. While many connectors may look similar, differences in design, materials, and qualification standards can significantly influence durability and safety. 
 
In this webinar, you will learn: 
 
  • The main PV connector types on the market and how they impact plant performance, uptime, and lifetime energy yield. 
  • Key safety and reliability considerations when selecting, mating, and installing connectors, including common risk factors and how to mitigate them. 
  • Best practices for installation, inspection, and maintenance to reduce failures and improve long-term durability. 
  • Emerging trends in connector design enabling higher power modules and accelerated deployment. 
  • A quick review of TE Connectivity’s PV connectors portfolio, including a spotlight on the latest TE SOLARLOK PV5 for wider cables (8–6 AWG /10–16 mm²) 

Meet Our Expert

Caryn VIncent

Caryn Vincent

AMS Product Manager, Solar Connectors, TE Connectivity

Caryn Vincent joined TE Connectivity as the Americas Product Manager for solar connectors in January 2025. She brings seven years of cross-functional experience in product management, engineering, and sales. Based in Raleigh, North Carolina, she is passionate about solar energy and sustainability and is dedicated to driving innovation that supports a cleaner, more resilient energy future.