Technical Papers

Energy Insights

Need the detail behind the decision?

Technical Papers

Read the engineering detail behind decisions you can't undo

From Detail to Decision

Specifying for assets that must last decades means committing long before you can see the result. Our trend and white papers explain the details behind that decision: how materials behave under electrical, thermal, and environmental stress; what the test data show; and where designs tend to fail in the field.

 

Written by TE engineers and energy specialists, for engineers, utilities, developers, and asset owners who need more than a datasheet. Pick a paper by what you are solving:

  • Reliability and safety under electrical and mechanical stress
  • Designing for harsh environments: weather, wildlife, pollution, UV
  • Scaling infrastructure without adding lifecycle risk
  • What the energy transition changes in your network

Trend Papers

From Design to Delivery: Where Utility-Scale Solar Projects Win or Slip

In utility‑scale solar projects, EBOS architecture and connection integrity significantly impact installation efficiency, reliability, and bankability, while Solar IPC selection and field adaptability reduce rework, improve quality, and ensure consistent long‑term system performance.

 

> Read Full Trend Paper

 

Designing for Avian Vision: A Performance-Based Approach to Power Line Collision Mitigation

As grid expansion increases bird collisions, vision‑based diverters designed using bird perception principles improve detectability, reduce collision risk, and enhance protection across species while supporting reliable infrastructure and lowering installation costs.

 

>Read Full Trend Paper

White Papers

Development Path of the A26 Replacement Polymeric Insulator

Discover how TE Connectivity partnered with a railway maintenance company to replace A26 porcelain insulators with polymeric technology, improving mechanical and electrical performance while supporting the West Coast Main Line project's electrification requirements.

 

>Read Full White Paper