Power Transmission & Distribution
Delivering the Networks That Keep Power Moving
Merrick supports power providers as they modernize, expand, and harden their transmission and distribution networks. From new transmission line routing to the end service design for utility customers, our in-house teams deliver end-to-end solutions that strengthen grid resilience, improve system performance, and support long-term growth. We combine engineering, field services, GIS, and remote sensing under one roof, creating a streamlined approach that reduces complexity and accelerates delivery.
Our transmission work is anchored by a proprietary routing and siting methodology that identifies the least impactful path for new lines. This process blends GIS analysis, survey data, environmental considerations, and engineering reliability to guide clients through some of their most challenging decisions. On the distribution side, we design both overhead and underground systems, map existing networks, and model future loads to help utilities plan upgrades with confidence.
Merrick’s staff brings uncommon continuity in an industry known for turnover. Many of our project managers have been with the firm for more than 20 years, giving clients the benefit of institutional knowledge and a deep understanding of utility standards. We also embed team members directly within key client organizations, ensuring our solutions align with real-world operations and decision-making.
Whether upgrading aging infrastructure, designing new transmission corridors, or preparing systems for renewable integration and future load demands, Merrick delivers reliable, standards-driven engineering supported by comprehensive field and geospatial capabilities.
Why Merrick
- End-to-end in-house services, including surveying, GIS, remote sensing, routing, and design
- A proprietary transmission routing process that identifies the least impactful and most reliable path
- Detailed network mapping and modeling to assess failure points and support load growth
- Long-tenured teams with former client-side professionals and embedded support models
- Robust QA processes and strict adherence to utility and federal standards for consistent reliability
