Project
Grid Modernization - Networks
Client
Pacificorp
Location
Portland, OR
Project Overview
PacifiCorp engaged Layline Automation for a multifaceted project to enhance its Operational Technology (OT) infrastructure, focusing on auditing, engineering, procuring, and implementing critical equipment upgrades. Spanning from 2023 to 2024, the project began with detailed audits of telecom circuits across multiple sites to identify areas for improvement and bolster connectivity. The goal was to improve the communication framework to support advanced OT functions like real-time analytics and remote monitoring, ensuring PacifiCorp's infrastructure is scalable for future advancements and improving overall operational efficiency and reliability.
Layline's Role
Layline Automation played a crucial role by assembling a team of experts, including Network Engineers and Drafters, to spearhead the project. We conducted thorough audits of existing telecom circuits, developed tailored engineering solutions, and managed the procurement and implementation of new technologies. Layline's approach ensured seamless integration of new equipment, significantly boosting PacifiCorp's operational efficiency and reliability.
Challenges
PacifiCorp faced escalating costs due to leasing outdated landlines from telecommunication carriers, necessitating a network infrastructure overhaul. The reliance on obsolete telecom circuits hindered the adoption of essential OT advancements. The project's challenges included minimizing disruptions to IT/OT operations and addressing the remoteness of operational sites. Traditional connectivity options like MPLS, cellular, and satellite were ruled out to minimize costs.
Solution
Layline Automation developed a customized E-Line circuit solution tailored to PacifiCorp's stringent requirements. The team generated revised technical drawings, comprehensive documentation, and updated hardware inventories. We collaborated closely with PacifiCorp and its partners, enabling the swift placement of circuit orders and the release of revised documentation and schematics. This approach ensured a smooth transition in the implementation of new circuits, improving network performance and reducing operational expenses.
