Engineering services for electric utilities and cooperatives — distribution line design, substation T&D, joint use and OTMR studies, utility pole replacement programs, and storm hardening design. Serving all 50 U.S. states.
Draftech provides engineering services for electric distribution utilities and rural electric cooperatives. Our electric utility engineers design distribution lines, T&D infrastructure, and grid hardening projects — applying the same structural expertise that drives our make-ready and pole loading work to the utility side of the pole. From new overhead distribution construction to systematic pole replacement programs, Draftech's engineers handle the full scope of distribution engineering from feasibility through construction package delivery.
The connection between OSP telecom engineering and electric utility engineering is not incidental — it is structural. Draftech engineers who perform pole loading analysis for fiber attachers understand utility pole infrastructure at a detailed level: pole class, loading zones, NESC clearance tables, attachment heights, and the interaction between electric supply conductors and communications space. That depth of knowledge translates directly into competent distribution line design. Our engineers understand how poles are built, how they fail, and how to design for the loading conditions that distribution circuits impose on structures that also carry telecom attachments.
Draftech is MBE-certified, which supports electric co-op and utility supplier diversity programs. For cooperatives and public utilities with diversity procurement requirements, Draftech provides a qualified engineering resource that satisfies supplier diversity goals without sacrificing technical depth. Our engineers work across all 50 U.S. states and are experienced with the utility engineering standards, pole owner policies, and regulatory frameworks that vary by region and by utility type.
Engineering design for overhead and underground electric distribution lines — new construction, upgrades, and rebuilds for utilities and cooperatives.
Engineering services tailored to rural electric cooperatives — distribution design, pole programs, joint use, and fiber integration.
Transmission and distribution substation engineering — load flow analysis, protection coordination, and equipment specifications.
Engineering for systematic pole replacement programs — inspection, class analysis, prioritization, and replacement design packages.
Joint use analysis and One Touch Make-Ready studies for utilities managing shared pole infrastructure with telecom attachers.
Engineering for grid hardening against wind, ice, and storm damage — pole reinforcement, undergrounding feasibility, and equipment upgrade design.
Rural electric cooperatives face a distinct set of engineering challenges that investor-owned utilities typically do not. Aging infrastructure — distribution lines built decades ago to serve lightly loaded rural routes — is now being asked to accommodate new demand from fiber broadband deployments that use co-op poles as the attachment substrate. Co-ops frequently operate with limited in-house engineering staff, making outside engineering support a practical necessity rather than an elective. Long rural distribution lines introduce span analysis complexity that urban grid engineers rarely encounter. Draftech's co-op engineering practice is built around these realities, not imported from an investor-owned utility model.
For co-ops managing broadband fiber attachments on their poles, the engineering scope extends beyond traditional distribution work. Joint use agreements, make-ready coordination, OTMR applicability under FCC pole attachment rules, and attachment height compliance are all engineering questions that touch both the distribution and communications sides of the pole. Draftech covers both sides — our co-op engineering engagements often include both the distribution infrastructure work and the joint use coordination triggered by broadband attachers, keeping both workstreams under a single engineering team that understands how they interact.
Many make-ready disputes on co-op and municipal utility poles arise from engineering disagreements — about loading capacity, attachment heights, clearance calculations, and whose interpretation of NESC requirements controls the outcome. These disputes stall fiber deployments and frustrate both the attacher and the utility, often because each side's engineering support understands only their own perspective. Draftech engineers understand both sides: we perform pole loading analysis for the telecom attacher requesting make-ready, and we design distribution lines for the utility managing pole infrastructure. That dual perspective does not mean we represent both parties on the same project — it means our engineers can identify the technical basis of disputes quickly and develop solutions that satisfy the structural and clearance requirements on both sides of the pole.
For utilities operating under One Touch Make-Ready frameworks, the engineering demands are significant. OTMR requires utilities to evaluate attachment requests, assess the proposed rearrangements, and respond within regulatory deadlines — all of which require engineering resources that many smaller utilities and co-ops do not have in-house. Draftech provides that engineering support from the utility side: reviewing attacher applications, assessing proposed make-ready scope, confirming NESC compliance of the proposed post-make-ready configuration, and producing the documentation the utility needs to respond within applicable timeframes. Utilities that engage Draftech for this work move faster through make-ready processes and avoid disputes that stem from inadequate or untimely engineering review.
Yes. Rural electric cooperatives are a core client type for Draftech's electric utility engineering practice. We understand co-op pole infrastructure, joint use policies, and the growing interaction between co-op grid assets and broadband fiber deployments.
Distribution line engineering covers the design of medium-voltage (typically 4–35kV) overhead and underground lines that deliver power from substations to end users. This includes conductor sizing, pole class selection, span analysis, protection coordination, and construction package development.
Yes. Draftech provides engineering services to both sides — telecom operators requesting make-ready and utilities managing their pole infrastructure. We do not represent both sides on the same project, but our engineers understand both perspectives, which accelerates conflict resolution.
Storm hardening involves engineering upgrades to electric distribution infrastructure to reduce outage frequency and duration from wind, ice, and flooding events. This includes pole reinforcement, replacement of wood poles with concrete or steel in high-risk areas, undergrounding of vulnerable circuits, and equipment hardening.
Yes. Many BEAD-funded fiber deployments require co-op pole upgrades and make-ready work that involves utility engineering. Draftech's integrated capabilities cover both the broadband engineering and the utility pole engineering in a single engagement.
ARE YOU AN ELECTRIC UTILITY ENGINEERING FIRM?
If you provide electric utility or distribution line engineering services and are looking for a consistent subcontract pipeline, we have capacity needs in this discipline.
Whether you're designing new distribution lines, managing a pole replacement program, or hardening your grid against storm damage, Draftech's electric utility engineers can scope and execute the work.
Contact Our Engineering TeamOr email us directly at info@draftech.com — we reply within one business day.