Spans to Splices: On the Transition of Fiber Optic Cable into Substations
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As the boundaries between utility and telecommunications markets continue to blur amid ongoing grid modernization efforts, it is essential to understand the integration points between the various solutions, network stages, and grid components involved. One key example is the transition of fiber optic cable into substations, as cable and substations are traditionally considered distinct segments with dedicated expertise. This webinar will bridge that gap by combining insights from cable, hardware, substation, and connectivity perspectives. Multiple cable transition scenarios will be examined to demonstrate the range of possibilities, and the relevant cable types will be discussed, including:
- Optical Ground Wire (OPGW)
- All-Dielectric Self-Supporting (ADSS)
- Underground Micro Cable
Each stage of the transition will be explored in detail, including cable attachment to end structures, routing of cable, splicing to transition cable (as applicable), routing into the substation and splice hut, and termination to substation assets. Supporting materials to be covered will include cable attachment accessories, splice enclosures, slack storage solutions, patch panels, splice cassettes, field-installable connectors, and splicing technologies. By drawing on knowledge from these different product types and market segments, this overview will equip attendees with the high-level knowledge needed to seamlessly integrate fiber optic cables into substations.
Free webinar
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SPEAKER
Jeremiah Tesch
Applications Engineer,
AFL
As an Application Engineer with AFL, Jeremiah Tesch serves the utility market through technical expertise and customer engagement. With a primary focus on aerial fiber optic cables such as Optical Ground Wire (OPGW) and All-Dielectric Self-Supporting (ADSS), Jeremiah provides product recommendations, trainings, plant tours, and other related engineering services to a range of regional customers and industry partners.
Jeremiah holds a B.S. in Mechanical Engineering from Clemson University and brings a distinctive cross-industry perspective shaped by prior roles in aerospace and automotive manufacturing. His background includes hands-on experience in manufacturing engineering, process improvement, industrialization, and product specialization. This foundation equips him with a broad understanding of best practices applicable to various environments, products, and processes. He is recognized for his collaborative approach, commitment to process optimization, and dedication to knowledge sharing for mutual success.
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