National Investor-Owned Utility | Energy & Utilities

Building out a new utility infrastructure for the modern age

What We Did

With increasing customer expectations and technology infrastructure approaching the end of its useful life, a national investor-owned utility needed to reevaluate its technology strategy and implement their smart grid. The utility partnered with West Monroe to: 


 

$8M+

in annual O&M savings after deployment

$1.5M+

in annual savings from assessment 

Up to $6M

in annual labor savings

Installed new infrastructure and deployed wired and wireless technology to replace legacy connections

Aligned field operations with new AMI technology

Digitized and automated the DER interconnection application process

Part 1: A massive modernization challenge results in $8M annual savings

Project Timeline

2
MONTHS
Data Platform design and rapid pilot
4
MONTHS
Iterative, prioritized use case delivery
3
MONTHS
Governance and operating model refinement
3
MONTHS
Large-scale reporting launch, training, and change management to transition

The Challenge 

When telecommunications carriers announced plans to end support for analog circuits connecting the utility’s real-time network, the utility knew it needed to modernize its grid to maintain communications and avoid unsafe operating conditions and outages. 

But the utility couldn’t simply swap in a new carrier technology—an upgrade involved installing new infrastructure, maintaining engineering specifications, and powering new devices. 

Faced with a daunting task, the utility worked with West Monroe to assess risk, to develop a request for funding, and to deploy the upgraded infrastructure.  

The implementation began by expanding a pilot program of smart meters across a vast service territory. In addition to the smart meters, the utility evaluated its carrier services and deployed a private telecom network to address the risk of carriers ending support for critical applications. The utility partnered with West Monroe to: 

  • Evaluate its leased carrier inventory 
  • Upgrade the private network to support new devices 
  • Drive operational improvements through standardization and automation 
  • Expand its Advanced Metering Infrastructure (AMI) project

An Undeniable Approach 

West Monroe began with an assessment of the business risk.  

West Monroe then crafted a business argument to request funding from regulators and address legacy connections. With funding approved, the team got to work and established a project management office to provide governance and deploy the new infrastructure. 

Over the next five years, West Monroe’s team led the deployment of wired and wireless technology to replace connections across the utility’s territory.  

Returns You Can Measure 

The utility saw returns at every phase of this project. After the initial investment and multi-year deployment, West Monroe helped save $8 million annually.  

During the assessment, West Monroe uncovered $1.5 million in savings by disconnecting inactive connections – some of which had been inactive for over five years.  

Overall, our team standardized technologies across several operating companies and created an effective governance process to monitor and control new connections requests.  

Additional benefits of the upgraded infrastructure included: 


  • A digital, IP-enabled, real-time network 
  • Increased bandwidth and improved reliability 
  • Quicker response time and more flexibility than the legacy carrier networks  

Part 2: Aligning field operations with new AMI technology will save $6 million annually

The Challenge 

Part of this utility’s grid-modernization strategy included installing new advanced metering infrastructure (AMI) technology across its operations. This technology will pave the way for many positive benefits. But realizing those benefits requires changing the way many functions – including field services – work. This is where we excel. 

West Monroe has been supporting the utility throughout the transformation, helping to build out its new infrastructure. With unique insight into the utility’s new technology and roll-out plans and expertise in productivity improvement, our team helped the utility address and answer key questions: What level of annual labor cost savings can it expect by implementing new technology? What improvements should it make as it rolls out new technology? What is the right future staffing level based on expected demand for field services?

The Opportunity

Introducing new technology will change the way that field technicians perform various activities by reducing the need for paperwork and manual data entry.

Maximizing its return on investment in new technology requires empowering the utility’s field technicians to do their jobs efficiently. In order to do so, the utility had to:

  • Understand what needs to change and quantify the impact of those changes on field technician activities
  • Define new workforce processes 
  • Define staffing levels to meet forecasted workload and customer demand

An Undeniably Different Approach

Our team came to the table with a distinctive approach – one steeped both the art and the science of workforce optimization and productivity improvement. We didn’t just estimate the workforce impact of new technology. We measured current and future tasks in order to deliver a more precise and realistic savings target.

We worked with the utility’s project sponsors and field operations subject matter experts tailor our approach to the utility’s unique operations and its AMI smart meter implementation plans. Our team:


  • Documented workflows, task-level details, categories of activities performed, estimated task duration, and potential barriers to task success
  • Mapped 11 unique field technician processes and observed field technicians completing tasks to identify areas for improvement 
  • Measured the work content of 20 field technician job types changed by the new technology and quantified the both the impact of changes to those tasks as well as potential sav
  • Developed an activity-based model that reflects workforce resource requirements based on forecasted workload

Project Timeline

2
weeks
Analyzed current operations
4
weeks
Observed field technicians performing tasks
3
Weeks
Defined and modeled changes to 20 field tasks using new technology
2
weeks
Created an activity-based staffing model and calculated estimated labor savings

Returns You Can Measure

Our study gave the utility a vital piece of insight before it purchases and implements the new technology: Through the adoption of new technologies and quick-win process changes, it validated that the utility could realize a reduction of up to 12% in required labor hours, resulting in savings of more than $6 million annually.

The utility now has a realistic future staffing model designed around projected demand for field service. Based on our calculations, the utility could realize an additional $4-6 million in annual labor savings through other initiatives such as right-sizing its workforce. 

Part 3: Our proprietary automation platform cuts DER application approval time in half

What We Did

As the number of applications to install distributed energy resources (DERs) skyrocketed, the utility’s manual processes for accepting, reviewing, and approving DER applications increasingly burdened its staff – inhibiting both productivity and customer experience. 

That’s where we stepped in. Our team not only streamlined and automated key interconnection activities such as payment processing, payment receipts, document creation, and engineering review calculations. Because we were able to leverage our existing and proven platform for managing DER application workflows, our solution also delivered tangible improvements rapidly.  

50%

faster application approval

300%

greater application processing throughput

$4 million

revenue generated through electronic payments

The Opportunity

Distributed energy resources such as rooftop solar, community solar, electric vehicle (EV) charging stations, and battery storage systems are growing rapidly. Connecting a DER asset with the electric grid – a process known as interconnection – requires the utility’s review and approval. 

As application volume rose sharply, the utility’s interconnections team found itself bogged down with labor-intensive, paper-based activities required to process DER-related payments, communicate between departments during review, and access or enter data in multiple utility systems. Imagine a representative placing a customer on hold while locating the paper application in a filing cabinet in order to respond to that customer’s inquiry. 

With the application volume only expected to grow, the utility needed to:

  • Automate selected interconnection processes
  • Boost staff productivity in order to keep up with increasing demand
  • Improve the application experience for employees, customers, and contractors such as solar developers
  • Free staff to focus on value-added activity 

An Undeniably Different Approach

West Monroe brought a solution powered by Intellio Connect™, our proprietary cloud-based digital platform designed to provide workflow management for DER application approvals. Armed with an asset that is already well established and continuously updated to reflect the current DER marketplace, our team could accelerate the transition to automated DER application processes – allowing the utility to realize benefits faster.  

We worked with the utility to:

  • Determine which activities to automate using existing Intellio Connect™ capabilities
  • Redesign and streamline processes to improve transparency for customers and contractors
  • Implement automation and prepare system users

The other undeniably different aspect of our approach is our emphasis on data-driven management. Leveraging the tool’s reporting capabilities, we worked with the utility’s team to establish and deliver relevant process metrics and insights – facilitating better operations, communication, and decision making.

4
months
Introduced electronic payments and immediate payment receipts for DER applications and study fees
4
months
Streamlined net metering program enrollments through integration with other utility systems
2
months
Enabled bulk creation of interconnection contract documents
5
months
Automated engineering review calculations

Returns You Can Measure

There are many ways to measure impact, but one efficiency and experience metric stands out: elapsed time between application submission and approval. By automating targeted activities, the utility now processes twice as many applications in half the time, while interconnection processing throughput has increased by 300%.

The solution has also created a better experience for everyone involved:

  • Contractors can submit applications online, pay electronically, upload documents, and chat in real time with interconnection staff.
  • Customers receive proactive communication about the status of their applications and notices when actions are required.
  • Interconnection and engineering staff can now focus on value-added activities, with the minutia now automated.
  • Interconnection managers gained the data they need to communicate with executives and regulatory agencies, as well as their own teams about application progress, work assignments, and team performance.

In fact, the utility considers access to data to be one of the most crucial outcomes of this project – and a core aspect of its ability to run interconnection operations successfully. 

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