Modern geospatial services built on world-class expertise.
Whether part of a large-scale digital transformation initiative or transitioning from departmental to enterprise GIS, more utilities are turning to the Esri ArcGIS Utility Network (UN).
That’s because the business of utilities requires an accurate digital representation of the physical world to meet operational goals, regulatory requirements, and business objectives. The UN meets this need through its enterprise geospatial capabilities, including its modern platform, data connectivity model, and functionality.
TRC enables utilities to deploy the UN effectively for improved service delivery, asset integrity, and customer support. With combined geospatial, IT and industry knowledge, TRC maintains the technical expertise and proven best practices to ensure a high-performing, enterprise-wide solution for customer success.
TRC understands the challenges of enterprise-wide system implementations. We solve problems for our clients — from consolidating legacy systems into an interoperable platform to reducing IT complexity, redundancy, cost and risk. Our services take an automation-first approach to reduce manual intervention and customer development. We employ industry-proven, client-tested methodologies for data migration, business process refinement, change management, governance and more.
TRC is powering our best-in-class engineering and consulting services with new and innovative technology solutions. Our solutions include:
With decades of geospatial, IT, and OT experience, our team members possess deep utility experience and an understanding of the technical and operational aspects of the business. We maintain a deep understanding of modern GIS and modern innovation to help our customers realize their return on technology investment.
We employ practices, patterns, accelerators, and tools to ensure on-budget and on-time results. Our experienced, innovative staff use cutting-edge technologies like AI, cloud computing and advanced automation to provide the best results for our customers.
TRC integrates the UN to ERP, WMS, EAM, CRM, and other enterprise systems and applications for maximum return on value. Our flexible integration of different systems and technologies maximizes operational efficiency, grid reliability, and more.
We provide experienced staff to handle the implementation burden of time and resources. We provide scalability and flexibility, supporting utilities with their evolving needs during energy transition and increased demand.
In addition to Esri, TRC partners with innovative utility software vendors, like Schneider Electric, SAP, and Oracle, cloud providers AWS and Microsoft and many other solution providers and hardware manufacturers. We design and develop end-to-end solutions that deliver premium results.
Learn more about our solutions with answers to these common questions.
When implementing the Esri Utility Network withTRC, you gain benefits including:
You only need a few things to bring your new model to life:
Utility Network data can be edited by your users in ArcGIS Pro as well as compliant web interfaces. Most organizations achieve data maintenance by deploying a scalable fleet of ArcGIS Pro instances for data editors to access. Constraint and validation attribute rules are typically configured to provide users with runtime data validations and quality checks. Network model and connectivity rule updates are typically applied via scheduled maintenance windows that allow network topology to be disabled and re-enabled so that existing data can be validated with the updated rule base.
For years, TRC has delivered clients everything from strategic consulting to system implementation and ongoing support. We help organizations modernize their GIS, including designing and deploying the Esri ArcGIS Utility Network. We focus on long-term, transformational success built on listening to our clients and focusing on their vision, mission, goals and objectives. Contact us to learn more.
Our practitioners share their insights and perspectives on the trends and challenges shaping the market.
Over 70% of the power grid is more than 25 years old, and much has changed in the last quarter of a century. From increasing demands on existing infrastructure to a renewed focus on moving away from fossil fuels, the grid must achieve unprecedented goals. However, today’s grid cannot meet growing energy needs or complex challenges brought on by a shift to renewable energy sources. A modern grid design is the only way to reinvigorate existing infrastructure and assets to cope with challenges ranging from climate anomalies to cybercrime. Grid modernization blends advanced technologies with a sustainable strategy to make the electric grid more reliable, resilient, secure and affordable. An Introduction to Grid Modernization In simple terms, electric grid modernization is the process of upgrading the grid and integrating new technology to make it more efficient and resilient. It requires several significant changes, including incorporating new energy generation and storage forms, installing smart technologies and upgrading or extending the existing infrastructure. Today’s electric grid is one of the most complex machines in the world. Yet, objectives have evolved in the face of climate change. Grid modernization paves the way for a complete energy transition — eliminating reliance on fossil fuels to produce energy. The power industry has changed considerably, from generation to transmission and distribution. An effective grid modernization strategy allows the grid to keep up with these changes. Increasingly complex energy challenges combined with the grid’s age make providing consistent and continuous energy more challenging. In short, the current grid alone cannot support the energy transition. More consumers are turning to renewable energy sources and distributed energy resources (DERs) to ensure a reliable, separate power source. Integrating these advancements into the existing grid can make it capable of supporting and maintaining a complete energy transition. Power Grid Modernization and Its Critical Importance Power outages have become more frequent across the United States as the grid struggles to cope with evolving power requirements and increasingly severe weather events. Modernizing the grid to align with smart technology makes it more reliable and resilient. Blending the latest technologies and equipment with digital controls that integrate and communicate can significantly reduce the frequency and duration of power outages and the impact of inclement weather. In addition, grid modernization supports faster service return when outages occur. Smart grid technology also gives consumers easy access to their energy data, empowering them to manage their consumption and costs. The process also benefits utilities, and 60% of leaders and investors in the energy sector identify the need to monitor, control and protect grid conditions as a primary driver for global grid modernization. It provides improved security and load management, lowers costs and facilitates the integration of renewables. Many existing grid modernization projects are already meeting 21st-century energy needs. In the U.S., the modern grid will incorporate innovative technologies like microgrids and smart grid technologies to boost grid flexibility and agility, meeting today’s needs. Renewable energy sources could provide 90% of the reductions in carbon dioxide (CO2) emissions. In line with global net-zero goals, integrating renewables like wind, solar and hydrogen power into the grid is a top priority. Grid modernization aims to address many of today’s energy challenges, optimize grid operations, enhance reliability and support frictionless integration of renewable technologies. The Crucial Role of Technology in Grid Transformation Digital transformation profoundly impacts the energy sector, providing benefits like improved efficiency, cost reduction and elevated consumer experience. Implementing grid modernization technology is the only way to boost grid reliability, resiliency and power quality. Several groundbreaking technologies have emerged as many utilities, organizations and communities collaborate around grid modernization. Leveraging Smart Grid Technologies The smart grid is the heart of the grid modernization effort. It enables real-time monitoring through advanced sensing, communications and control capabilities, optimizing the energy system to meet modern demands. Instead of the one-way flow of communication in the traditional grid, the smart grid leverages digital technology that allows for two-way communication between consumers and utilities. Smart meters, distribution automation and intelligent grid management systems empower utilities to monitor energy consumption. They can detect faults in real time and manage demand. When all the smart grid elements work together, it ultimately results in improved reliability and resilience in times of crisis. Integrating Renewable Energy Sources Renewable energy sources are an integral part of the modern grid. Solar photovoltaics, wind turbines, hydrogen power and hydropower systems have experienced massive growth as industries aim to minimize emissions. Innovative technology allows the integration of renewable technologies and smart grids, offering abundant clean energy alternatives alongside efficient energy management, distribution and consumption. Climate variability and weather unpredictability are significant challenges in transitioning to renewables. The energy demand is inconsistent, and people use energy in peaks and valleys. Grid modernization facilitates the transition to renewables, counteracting source variability with innovations like advanced forecasting and demand response programs. These technologies reduce greenhouse gas emissions in the energy sector while enhancing grid flexibility and reliability. Incorporating Energy Storage Systems Energy storage systems like DERs remove much unpredictability in renewable energy integration. DERs integration, including small-scale clean energy installations like photovoltaic panels and energy storage, enhances energy efficiency and resilience while supporting the decarbonization of the energy sector. DER technology can transform energy systems, decentralizing the energy market and reducing pressure on the grid. While often provided as standalone solutions, the value of DERs compounds when integrated into smart grids. Modernization includes adapting the grid to integrate and optimize power from DERs. Once integrated, DERs need extensive monitoring and control via an advanced distribution management system to detect and mitigate faults before they become outages. Distributed energy resource management systems can solve many modern grid resiliency challenges. Modernizing With the Cloud Grid modernization requires complete visibility. A modern grid requires transparent communication across all components. The cloud is critical in achieving grid modernization objectives, including resilience, flexibility and affordability. Cloud services and solutions are designed to provide extreme redundancy and availability while optimizing cost and performance. Agility is another critical grid modernization goal. The grid must meet growing customer demands, maintain compliance with evolving regulations and respond to unforeseen events. The cloud can facilitate rapid system positioning and help utilities stay agile despite shifting operating conditions.
Garanzuay Consulting provides a foundation in Ireland to continue TRC’s growth and expansion in Europe in support of the energy transition for all energy market participants.
Utilities struggle with asset data, which impacts every aspect of their business. Market priorities like grid modernization, decarbonization and increased energy demand only compound the problem of poor data quality.
The grant will help strengthen the resilience of North Dakota’s electric grid and ensure safe, reliable power delivery. WINDSOR, Conn., – TRC Companies, Inc. (TRC), a global professional services firm providing integrated strategy, consulting, engineering and applied technologies in support of the energy transition, helped secure a $4.4 million grant for Otter Tail Power Company’s Next-Generation Grid Resiliency program. The grant will support pole integrity, intelligent vegetation management, drone and AI-enhanced transmission line inspection and repairs, and advanced substation assessments and repairs. The grant was awarded by the North Dakota Industrial Commission through the Department of Energy’s (DOE) Infrastructure Investment and Jobs Act (IIJA).
This blog delves into common misconceptions surrounding cloud migration in the utility industry, addressing concerns about security, reliability, regulatory compliance, cost effectiveness, and complexity, while highlighting the substantial benefits and strategies for successful adoption.
Locana, an international leader in spatial technology, received the Modern Network Management Award at the 2023 Esri Infrastructure Management and GIS (IMGIS) Conference held in Palm Springs, California, October 10-12, 2023.
According to the Edison Foundation’s Institute for Electric Innovation, over 124 million smart meters were expected to be installed in 78 percent of US households by the end of 2022.
The role of field service management continues to dominate the world economy, as the market grows at an exponential rate. The market was estimated at 3.2 billion in 2021 and is projected to reach 5.7 billion by the end of 2026.
For years, companies have been harnessing big data to glean insights that improve decision-making of every kind and at all levels, from entering new markets to building better products to delivering better services and experiences.
Today TRC Companies (“TRC”) announced a go-to-market partnership with Greenbird Integration Technology, a leading integration technology provider based in Norway. Greenbird’s Utilihive platform enables utilities to accelerate their digital transformation and grid modernization efforts.
In 2022, utilities face strong market forces impacting businesses of every size across the country and around the world. Producing and supplying clean energy, ensuring safety, reliability, and resiliency, and delivering exceptional experiences in a digital economy continue to reshape the industry. Prospering in a sustainable, affordable, and competitive energy future requires a data-driven enterprise, which may be why more than 88% of utility executives believe that their organization’s ability to generate business value depends on their technology. Yet the greatest technology challenge today isn’t the ability to generate data. It’s siloed systems. Many utilities maintain multiple enterprise systems, from enterprise resource management (ERP) to enterprise asset management (EAM), work management (WM), advanced distribution management systems (ADMS), supervisory control and data acquisition (SCADA), and building information modeling (BIM). These disparate databases result in redundancy and inaccuracies. And without an integrated data picture, your staff are left to make decisions with an incomplete understanding. But with modern GIS, you gain a connected geospatial enterprise. You can leverage the locational aspect of data in any system to integrate information, people, and processes to achieve business value across every department. As a result, you optimize networks, grow the business, and deliver amazing service using timely, accurate, and complete information. And with mapping and location intelligence embedded in your IT infrastructure, the applications and use cases are limitless. CONTACT US
Locana, a global leader in technology consulting and geospatial systems development, announced Brookings Municipal Utilities (BMU) successful deployment of a modern geospatial enterprise leveraging Locana services.
Locana, a global leader in technology consulting and geospatial systems development, today announced the successful deployment of its LemurSM Solution by Omaha Metropolitan Utilities District (M.U.D.).
Locana, a leading geographic data and technology company, has won a 10-year National Geospatial Data and Technology Support Services contract for the U.S. Bureau of Land Management (BLM).
Otter Tail Power Company selects TRC to serve as systems integrator for their AMI program covering northwestern Minnesota, eastern North Dakota, and northeastern South Dakota.
For any GIS manager or IT professional tasked with implementing ArcGIS Utility Network (UN), knowing where to start can be daunting. If not properly planned, a UN setup in the cloud can be significantly more expensive and less accessible, stable, and secure.
All-Source Competitive Solicitations offer utilities an alternative to centralized planning, construction and dispatch of power supplies, helping to usher in a new era of market-driven technology innovation.
TRC’s analysis for one client fleet shows that even a $70,000 EV can compete on cost with a comparable gas-hybrid vehicle priced at $40,000 – at least in California where upfront and ongoing incentives stack up quickly.
Snohomish PUD selected TRC to implement, integrate and deliver their meter data management system (MDMS) on the Siemens EnergyIP® platform as a part of the utility’s Connect Up program.
As part of its grid enhancement program, OG&E will leverage collaborative AI-powered image recognition technology that enables engineers to complete distribution pole inspections with greater accuracy and helps to reduce manual review of images.
Opposites attract, and information technology (IT) and operational technology (OT) are no exception. At one end of the digital grid sits IT as a business application, while OT exists at the other end of the digital grid as an asset-oriented application. For decades, IT and OT have been operating separately and are often physically isolated.
A successful IT/OT convergence strategy involves identifying desired outcomes, managing the fragmentation of OT solutions, and developing common key performance indicators (KPIs) for both IT and OT teams. This approach helps in optimizing resources, driving effective collaboration, and ensuring a smooth transition towards a unified IT/OT environment.
Today, TRC announced the expansion of its digital capabilities with the acquisition of Quatric, a Montreal, QC and Quincy, MA-based firm that provides engineering services and technology solutions to electric and gas utilities.
In preparing for Utility Network Migration, taking an intermediate approach will allow you to resolve some key points. Utility Network Migration will run smoother if you build a “sandbox environment” and begin to 1) prioritize features 2) explore licensing options and 3) practice moving data.
While ArcGIS on HANA implementation patterns are emerging rapidly, we continue to hear 5 persistent questions about how implementing ArcGIS on HANA would benefit an organization. Let’s walk through these 5 questions, I’ll show you how we help you get started with ArcGIS on HANA. Then you may realize the benefits this solution promises.
Dominion Energy, one of the nation’s largest producers and transporters of energy, has partnered with TRC Digital to evaluate, implement and integrate technology to further the utility’s distributed energy goals. TRC Digital will facilitate Dominion Energy’s strategy development and technology execution, allowing Dominion Energy and its customers to accelerate the shift to distributed energy resources (DER) and net carbon reduction.
Together, TRC and Reactive combine TRC’s industry-leading power engineering expertise with Reactive’s machine learning software to provide utility teams with high-resolution frequency monitoring and automatic event analysis.
As part of TRC’s LineHub solution, Treverity helps transmission engineers get a holistic view of the grid through powerful digital data visualization and a customer-centric user interface.
Distributed energy resources (DERs) are changing the way utilities think about power generation and energy flow. TRC and Enbala can offer utilities a multi-layered solution that highlights the strengths of each company.
