#USA #Brentwood #Copperweld #Copper-Clad Steel #ArcAngel

Expanding Opportunities in Grounding Design

In a significant development for engineers and grounding design professionals, Copperweld's Century® and ArcAngel® Copper-Clad Steel (CCS) conductors are now incorporated into CDEGS and WinIGS—two of the leading software tools for substation grounding design. This integration not only facilitates a more seamless design experience but also closes a crucial gap that previously hindered the evaluation of CCS in engineering applications.

Transforming the Design Process

The incorporation of Copperweld Century and ArcAngel into CDEGS and WinIGS signifies a paradigm shift in how grounding systems are approached. Traditionally, engineers faced challenges when trying to integrate Copper-Clad Steel, often having to rely on workaround strategies, substituting materials, or even stepping outside the software environment. Such practices not only complicated the design process but also discouraged the consideration of CCS, even when it might have been more suitable for specific applications.

With Copperweld's products now directly available for modeling in these platforms, engineers can work within a familiar environment that simplifies the specification and design processes. Performed simulations can evaluate how grounding layouts function under various scenarios, including fault conditions—key to ensuring reliable substation performance.

Streamlining Material Evaluation

The primary benefit of this integration is the enhanced convenience it offers engineers. With Copper-Clad Steel part of the standard workflow alongside other materials, grounding system designs can be optimized earlier in the project lifecycle. Decisions on layout and material selection can happen simultaneously, allowing for comprehensive evaluations of both electrical and mechanical performance.

For instance, engineers can compare CCS with other materials during the design phase, assessing how factors such as size and layout affect the overall grounding system efficiency. This integrated approach allows for a deeper understanding of how different conductor choices can optimize both electrical performance and physical constraints.

Reevaluating Mechanical Strength and Conductivity

Grounding conductors must not only perform well electrically but also meet stringent mechanical strength requirements. With solid copper, there’s a precedent for sizing conductors purely based on tensile strength. Copper-Clad Steel offers an alternative by balancing mechanical properties and electrical conductivity, allowing engineers to tailor conductor sizing more closely to electrical needs without over-engineering for strength alone.

The multi-faceted analysis enabled by CDEGS and WinIGS means that engineers can carefully scrutinize how different material characteristics influence designs, thereby enhancing the entire substation grounding approach.

Addressing Field Applications

The implications of this innovation extend far beyond substation designs. For instance, in transmission applications, grounding conductors are often installed in remote areas where they may be more susceptible to theft or environmental wear. In such scenarios, Copper-Clad Steel emerges as a practical solution that can be included in design considerations where material durability and long-term performance are critical.

Having Copperweld's CCS integrated with CDEGS and WinIGS means that designers can make informed decisions about conductor choice in various settings, further enhancing the overall reliability of power systems.

Empowering Engineers with Enhanced Toolkits

Ultimately, the addition of Copperweld Century and ArcAngel to the design software toolkits allows engineers to visualize the advantages of Copper-Clad Steel without navigating cumbersome design obstacles. This opens up avenues for innovative grounding system development, providing engineers with better flexibility and pathways to create designs that align effectively with both electrical requirements and mechanical specifications.

Copperweld remains a leader in bimetallic wire and cable production, continuously pushing the boundaries of engineering solutions for power, grounding systems, utilities, and more. With a rich history of over 110 years in metallurgical expertise, Copperweld’s commitment to quality and American-made products underscores its dedication to innovation and excellence in the industry.