Formerly known as UMS Group Europe
Empowering Transmission Management: OHROS Consulting Group’s Transmission Reliability Excellence (TRˣ) solution empowers transmission executives, managers, and reliability engineers by offering a comprehensive tool to manage and report on over 70 industry-recognized transmission system metrics. This decision support analytics platform provides deep insights at the speed of thought, aiding utilities in managing and targeting investments to achieve optimum reliability objectives, all while meeting regulatory requirements.
TRˣ stands as a modular application that seamlessly combines data from previously isolated application databases, including OMS, GIS, WMS, CYME, SAP, etc., with diverse external data sources such as weather, climate, environment, wildfire, municipal, and political boundaries. Utilizing advanced predictive analytics and optimization algorithms, TRˣ is designed to uncover opportunities for enhanced outcomes in operations, investments, and the strategic prioritization of work and initiatives.
A short summary of TRˣ: Get to know TRˣ with this short 2 minute video
The entire TRˣ platform is a highly flexible/configurable operational analytics tool suite built around pre-structured analytics based on industry best practices and benchmarks.
Reliability optimization functionality combined with AI and ML support predictive analytics in:
Evaluate the effectiveness of your reliability investments by assessing whether past interventions have fulfilled promises of enhanced reliability, reduced risk, and mitigation of potential climate change impacts.
Leverage predictive analytics to assess vulnerability and proactively prepare for major storm events.
Utilize decision support analytics offering in-depth insights into over 70 industry-recognized transmission system metrics.
View metrics from sources such as EPRI (TOFI, SOFI, MOFI), NA TX Benchmark (SARI, CARI, FOHMY), NERC TADS (SODT, MTTR, MTBF), and more
Implement a structured system to organize, track, and document inspections for each circuit.
Establish a link to an image library, enabling senior execs or AMs to access actual inspection photos associated wassets or high-priority defects .
Monitor/report on the compliance of circuit inspections.
Establish performance benchmarks for each circuit by comparing them to peer circuits with similar characteristics such as voltage level, length, terrain, and climate zone. Set target levels for availability and reliability based on the unique features of each circuit and aggregate the results to define system-level performance targets.
Clarify deficiencies or gaps in the data.
Address data issues and fill in missing information by implementing initiatives to collect elevation and spans data, identify orphaned assets or structures, and undertake corrective measures.
Leverage the inspection planning capabilities of TRˣ to map out upcoming inspections for a period of up to 10 years. Gain insights into the types of inspections, scope, delivery platform, and more.
Future inspection due dates are automatically generated by TRˣ based on the selected time period, past inspection completions, and configurable inspection cycles.
Efficiently oversee inspection productivity and costs using the Inspection Performance module in TRˣ. This feature allows for the rapid distribution and visualization of inspection activities, providing insights into top-performing individuals or areas. Identify opportunities to improve best practices within the organization, set targets, and monitor performance at individual, team, area, and organizational levels.
Swiftly and efficiently obtain insights into scheduled inspections and their current completion status across your service territory with the powerful visualization capabilities of TRˣ.
Effectively assess the current status of high-priority inspections by utilizing configurable mapping layers that highlight areas of significance, such as fire zones, corrosion zones, and more.
Harness real-time meteorological predictions capable of detecting swiftly approaching storms or severe weather incidents. Generate a set of automated alerts and reports outlining the forecasted impact, specifically identifying circuits or circuit segments most susceptible to potential damage. This streamlined approach enables the efficient deployment of resources to areas with the highest probability of experiencing adverse effects, ultimately optimizing time and cost management while enhancing overall restoration performance.
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