LEADING COMPOSITES MANUFACTURER TO EXHIBIT AT IEEE POWER AND ENERGY TRANSMISSION & DISTRIBUTION CONFERENCE IN CHICAGO 2026

Why It Matters

Composite conductor cores can replace steel, boosting line capacity and reliability while supporting utilities’ grid‑modernization goals, positioning Exel as a key supplier in a growing market.

Key Takeaways

• Exel’s first appearance at IEEE PES T&D conference
• Carbon‑fiber cores aim to increase transmission line capacity
• Composite cores reduce weight versus traditional steel conductors
• Exel contributed to IEC TS 62818‑1 conductor standards
• Booth 4333 offers live samples and expert technical dialogue

Pulse Analysis

The shift toward lightweight, high‑strength carbon‑fiber conductors reflects utilities’ need to upgrade aging infrastructure without costly right‑of‑way expansions. By replacing steel cores, composite conductors can carry more current, reduce sag, and lower maintenance, directly addressing the capacity constraints of today’s grid. Exel’s pultruded fiber‑reinforced cores are engineered to meet the demanding mechanical and electrical requirements of long‑span transmission lines, offering a compelling alternative for reconductoring projects across North America.

Standards development is a critical catalyst for market adoption. Exel’s involvement in drafting IEC TS 62818‑1 provides a unified testing framework that assures utilities of consistent performance and safety. The new specification clarifies material behavior, fatigue resistance, and thermal characteristics, reducing uncertainty for procurement teams. As regulatory bodies and industry groups reference these standards, manufacturers like Exel gain credibility, accelerating the transition from pilot deployments to large‑scale rollouts.

Exel’s participation in the IEEE PES T&D conference signals its strategic push to engage directly with utilities, regulators, and engineering firms. The exhibition platform enables real‑time product demonstrations, fostering trust and accelerating decision‑making cycles. For the broader composites sector, this visibility underscores a growing trend: advanced materials are moving from niche aerospace applications into core energy infrastructure, promising both cost efficiencies and performance gains for the evolving electric grid.