Author: Joe Tellez | novembre 11, 2025

Discover the Top Five Business Problems Solved Using Managed Services 

Mid-sized utilities face unique challenges. For example, they are often squeezed by rapid, uneven spikes in load growth, while working with aging infrastructure and constrained capital budgets. They must balance routine maintenance and upgrades with the increasing complexity of integrating distributed energy resources, managing disparate legacy IT systems and maintaining regulatory compliance, all at a competitive cost. 

Yet their customers expect digital engagement and real-time transparency on par with larger utilities, even if they lack the means to scale customer-facing innovations or run substantial technology pilots. Rising operational costs, manual processes, and high customer expectations put pressure on already stretched-thin staff. The result? These mid-market organizations need more efficient integration, higher agility and more flexible, cost-effective solutions.   

Enter the cloud.  

Cloud-based solutions, especially those delivered through managed services partners, have become an essential for mid-sized utilities to modernize and transform services while mitigating staffing challenges. When deployed strategically, cloud-based architectures provide the speed, scale and flexibility needed to meet demand and provide more value to customers.  

The Mid-Market Advantage 

While the challenges may be unique, the opportunities for success abound. Mid-sized utilities often operate with less bureaucracy than their larger counterparts, allowing them to adopt cloud transformation more quickly and easily. With smaller organizational silos and flatter hierarchies, they possess the potential to execute focused cloud pilots and scaled rollouts with intention and speed. Moreover, despite limited resources compared to larger utilities, they can test and experiment with incremental modernization, scaling what works. 

Because mid-market utilities frequently serve specific municipal or cooperative communities, they must deliver immediate ratepayer value and reliability. Cloud solutions support this mission by enabling controlled risk and tailored configurations that meet the operational realities of smaller service territories. Unlike large, monolithic IT projects, managed cloud deployments can deliver tangible wins, such as more innovative customer programs and services.  

The inherent flexibility of cloud platforms means that mid-market utilities no longer have to “overbuild” infrastructure upfront; instead, they gain access to scalable, pay-as-you-go environments that adjust with their evolving business needs. This agility positions mid-sized utilities to survive and thrive in a utility sector now shaped by relentless change and rising stakeholder expectations.  

Mid-Market Utilities Face New Challenges 

Despite the advantages, Mid-market utilities find themselves squeezed from multiple sides as they work to maintain reliability, control costs and modernize for a digital customer base.  

Distribution system management is under pressure from both the rapid growth of loads and the fragmented nature of tools. National electricity demand forecasts, which had remained nearly flat for two decades, are now expected to grow by 4-6% annually through 2030, with some pockets experiencing growth of over 50%—primarily driven by electrification and high-intensity loads, such as data centers. These surges are not uniform, making system planning, load balancing and contingency management more complex for resource-constrained teams. 

Legacy IT systems, often developed in silos and dependent on aging hardware, are ill-equipped to keep pace with today’s automation and interoperability demands. These fragmented environments make routine upgrades, cybersecurity and compliance reporting both time-consuming and risky.   

In addition, mid-sized utilities typically operate with lean staffing levels. Every manual process, every hour spent maintaining obsolete systems and every duplication of effort is money and time taken away from high-value innovation or customer engagement. Budgets are finite and must stretch further as rising supply costs combine with escalating regulatory and capital demands. 

Customer expectations are climbing sharply. The average monthly electric bill in the U.S. reached $182 in 2024, a record high up to that point, potentially increasing dissatisfaction with their utility providers. Customers also expect transparent digital interactions, real-time status updates and proactive communications. 

Meanwhile, operating costs continue to escalate. Distribution and regulatory costs have surged and the need to modernize infrastructure drives investments to record highs. Rising energy demand only compounds these pressures, necessitating more innovative and efficient operating and investment methods.  

Critical challenges facing mid-sized utilities include: 

  • Smaller budgets and limited access to capital needed to invest in modernization  
  • Overcoming IT complexity and technical debt from legacy platforms  
  • Meeting rising customer expectations for experience and reliability  
  • Vulnerability to cyberattacks and extreme weather  
  • Controlling operational costs and regulatory demands  

Resolving Utility Business Problems from the Cloud 

When delivered through an experienced managed services partner, cloud-based solutions provide a future-ready foundation for success. Unlike traditional, capital-intensive solutions, cloud platforms offer elastic computing power, secure data architectures and access to continuously evolving application ecosystems.  

These solutions sidestep legacy bottlenecks for mid-market utilities, focusing resources to maximize efficiency and effectiveness. Specifically, cloud solutions address five key criteria for achieving operational and business objectives.   

1. Grid Modernization and Resiliency 

Cloud platforms enable utilities to integrate distributed energy resources (DERs), deploy smart grid technologies, and enhance system resilience through real-time monitoring and control. By moving grid management applications to the cloud, utilities can implement advanced modeling, scenario-based planning and hourly load analysis. This results in grid investments that are both more targeted and cost-effective. It also enhances adaptability to extreme weather or shifting load patterns. 

Cloud-enabled grid analytics support everything from managing battery and solar integration to predictive asset maintenance and system hardening. Utilities can test modernization initiatives without incurring heavy upfront investments by accessing scalable computing resources. They position themselves to respond quickly to emerging grid risks and regulatory mandates.  

2. Operational Efficiency 

Automating manual processes and leveraging intelligent cloud-based analytics increases grid and asset efficiency. Utilities can streamline contact center operations, optimize meter-to-cash cycles, automate outage response and improve workforce scheduling. Cloud-enabled platforms offer the potential for faster deployment cycles and rapid adjustments, reducing the time and expense needed to implement new processes. 

Transitioning to the cloud also offsets staffing limitations by freeing teams from repetitive low-value tasks. It enables skilled employees to focus on innovation, customer relations, and strategic planning as utilities layer on more advanced analytics, made possible by the elasticity of cloud platforms. Decision-making gains new insights to identify process improvements that result in higher-quality service.  

3. Data Management and Analytics 

The explosion of IoT-generated data demands a robust and scalable storage, governance, and analytics environment. Cloud architectures allow utilities to break down data silos and implement integrated data warehousing, machine learning and analytics. Utilities gain the ability to process and understand immense streams of data, from real-time outage signals to customer behaviors and predictive asset health scoring. 

By migrating workloads to the cloud, utilities can access “just-in-time” computing power without paying for idle servers, resulting in significant cost savings. Regulatory compliance, cybersecurity and audit trails are simplified through robust cloud data controls. Utilities gain more accurate and timely decision-making, as well as faster responses to both routine and critical events. 

4. Customer Experience 

Modern customers expect personalized, transparent and digital-first utility experiences. Cloud platforms enable utilities to rapidly deploy customer-facing portals, chatbot assistants, real-time alerts and billing. This supports efficient outage notifications and empowers customers to control energy use through data-driven insights.  

Cloud-hosted contact centers deliver faster resolution rates while reducing call volumes and support staffing needs. Utilities that implement these solutions see measurable increases in satisfaction as proactive engagement becomes the standard, rather than an exception. 

5. Cost Optimization and Scalability 

Cloud adoption directly lowers the total cost of ownership. Unlike legacy systems, cloud models scale up or down rapidly, minimizing costly over-provisioning and allowing utilities to pay for resources as needed. System upgrades and maintenance shift from disruptive, capital events to seamless, ongoing improvements, reducing IT spend and risk. 

With infrastructure-as-a-service (IaaS), utilities avoid being saddled with outdated hardware or expensive facility overhead. Cloud adoption, coupled with managed services such as automated software upgrades, also means accelerated speed-to-value for new pilots, so benefits are delivered sooner and at a predictable cost. 

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TRC Delivers Trusted Cloud Solutions  

TRC helps utilities implement and optimize cloud solutions. Unlike traditional consulting companies, we are true practitioners, developing utility-scale cloud solutions tailored to the client’s precise needs. 

Our expertise spans the full spectrum of utility modernization: from customer-facing energy efficiency programs and advanced grid modeling to secure, scalable IT architectures. We offer extensive technical depth and cross-domain knowledge for utility organizations of all sizes, including mid-market companies.  

 Our cloud strategy moves beyond one-size-fits-all to organization-specific, custom solutions. We design fit-for-purpose architectures that meet each client’s regulatory, cybersecurity and integration requirements, balancing operational expenditures (OpEx) and capital expenditures (CapEx) as dictated by business priorities. Our approach emphasizes rapid deployment, iterative value delivery and a relentless focus on customer outcomes. From simplifying data architectures to automating compliance, we help utilities capitalize on high-ROI use cases that deliver lower costs, increase efficiency and enhance customer satisfaction.  

TRC can serve clients with strategic planning, design, development, implementation and support for public, private and hybrid solutions. We employ modern security controls, resiliency and self-healing measures, as well as scalable consumption models that ensure cloud reliability, elasticity and geographical dispersion. In addition, our in-depth knowledge and collaborative partnerships with cloud providers allows us to deliver tailored hosting solutions for rapid return on value. 

Visit to learn more about TRC’s modern cloud services and solutions.  

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Joe Tellez

Joe provides vision for both short-term and long-term strategies to help utilities improve performance through the effective use of technology. He brings over 25 years of industry experience serving in senior leadership roles in organizations including UiPath, Tacoma Power, Utility Integration Solutions / Alstom Grid, and Sempra Utilities (San Diego Gas & Electric / Southern California Gas Co.). Joe serves on the UW-Tacoma School of Engineering & Technology Advisory Board, and served as the Executive in Residence at University of Colorado’s Global Energy Management Program. He obtained a B.S. in industrial and systems engineering and an M.S. in systems architecture & engineering from University of Southern California.