Designing the roadmap to utility grid modernization
 
 

Designing the roadmap to utility grid modernization

5-minute read

City lit up at night

 

Quick summary: How a well-planned data science roadmap can enable utilities to achieve their grid modernization goals—and realize additional benefits along the way

 

Faced with the challenges of an aging infrastructure, increased electrification, and the rise of distributed energy resources (DERs), utilities are on a mission to modernize their approach to grid investment and risk management. Modernization carries the promises of higher return on infrastructure investments, improved system safety and reliability, and reduced operating costs—if it’s approached strategically. To reach this goal, utilities must make use of their data, and to do that, they need a data science team that’s up to the challenge.

 

In this article, we’ll explore how different levels of analytics maturity drive data science capabilities to build higher levels of grid intelligence.

 

To reach their modernization goals, utilities must make use of their data, and to do that, they need a data science team that’s up to the challenge.

 

The Maturity Model

When we help utilities achieve grid intelligence, the first step is to identify the stage of an organization’s analytics maturity.

 

As any experienced traveler knows, the first step in planning a journey is to determine where you are right now. Setting out on the path to grid intelligence is more complicated than knowing longitude and latitude—it requires building a 360-degree picture of the present data ecosystem.

 

When we work with utilities to build current state assessments, we take a five-step approach to ensure that the result is accurate, thorough, and robust enough to serve as an effective foundation for their strategy:

1. Collect all relevant information about the current data ecosystem via surveys, documentation reviews, and interviews with stakeholders at all levels.

2. Assess the task at hand by creating an operating model of the desired data ecosystem, conducting a gap analysis between current state and future state, and developing a hypothesis for remediating the gaps.

3. Socialize the results of the assessment with stakeholders and collaborate on next steps.

4. Synthesize the data from steps 2 and 3 to build targeted solutions and recommendations.

5. Realize the initiative by laying out next steps in a roadmap encompassing people, processes, and technology to realize the desired enhancements.

 

5 phases of a current state assessment

 

The assessment often reveals limitations in the areas of strategy, teams, and technologies that may have hampered previous attempts at achieving grid intelligence:

Strategy: Incomplete analytics vision; a focus on reactive operations and compliance

Team: Isolated pockets of analytics usage; little fluency in data analytics technologies

Technology: Poor visibility across the system; missing tools to deliver operational intelligence

 

Moving along the Maturity Model stages

The Maturity Model includes three levels: beginning at legacy operations, building analytics strength, and achieving grid intelligence. Once an organization has a 360-degree view of where their data ecosystem is today and where they want to take it, it’s time to drill down into the nuts and bolts of the modernization roadmap.

 

Building effective data science capabilities requires more than hiring some data scientists and putting them to work. A coordinated series of initiatives focused on three “pillars”—technology, strategy, and talent—is key for utilities looking to integrate data science into their organizations to move along the Maturity Model.

 

Utility Analytics Maturity Model

 

Technology alignment

There’s no question that building data science capabilities requires an investment in technology. It’s equally important that technology solutions align with strategic objectives—that decision makers answer the question "Which business problem(s) will this solve?" before they configure their systems. Utilities that achieve this alignment will benefit from a stack of industry-best machine learning tools, solid and maintainable deployments, and a scalable machine learning operations (MLOps) infrastructure for solving enterprise problems.

 

Strategic innovation

If data science is going to deliver business value, a strategic approach to management and governance is essential. Utilities that successfully address the strategy and process aspects of building data science capabilities will have a vision for delivering value to the business, a system for adoption and prioritization planning, and an ecosystem for iterative development and delivery of data science solutions.

 

Talent management

While many organizations may overlook “the people side” of building data science capabilities, it’s no less important—possibly more so—than the other two pillars. Integrating data science into an organization requires retraining, retooling, and reskilling a workforce, and that’s where change management comes in.

 

Proven change management strategies help utilities ensure that team members understand their roles in achieving the goals of the data science initiative and how it benefits them personally and professionally. Utilities that have successfully addressed this talent management pillar benefit from skilled and domain-knowledgeable teams, training and goals that build up the capability, and a set of clear expectations, communications, and practices.

 

3 pillars of integrating data science

 

A mature analytics organization

By investing in these three pillars, an organization can move to the most mature level: achieving grid intelligence. In this final phase of the modernization roadmap, the organization reaches its goal, marked by specific achievements in three areas:

 

Strategy

• Efficiency and safety goals supported by predictive analytics

• Enriched, real-time operational decision making

 

Team

• Analytics community delivering enterprise-wide standards and results

• Governed, accessible analytics platform

 

Technology

• Growing catalog of high-quality data and reports

• Flexible cloud tools to meet future challenges

 

Accelerating your progress

As utilities progress in maturing their data science programs, certain key accelerators can help them achieve their goals more efficiently. For example, advancing from the legacy starting point to the “building organizational capabilities” phase can be accelerated by building out data governance process maps.

 

Other proven accelerators that successful utility companies focus on include:

• Migrating data to the cloud to ensure accessibility by authorized users

• Embracing Agile methodologies

• Implementing Machine Learning Operations (MLOps)

• Adopting a templated approach to business use cases such as investment planning and computer vision

 

As utilities progress in maturing their data science programs, key accelerators such as Agile methodologies and MLOps can help them achieve their goals more efficiently.

 

Achieving business results along the way

While the end goal of your roadmap is grid intelligence, utilities that make the journey discover additional business benefits along the way. Here are just a few examples:

• Begin at Legacy Operations: Ensuring accuracy in grid data; reducing cost of standard data requests

• Build Analytics Strength: Grid investment planning for future demand and profitability; improved reliability and maintenance efficiency

• Achieve Grid Intelligence: Management of emergency operations in real time; adoption of data-informed efficiencies across the business

 

A roadmap for the future

For utilities looking to develop the data science capabilities needed to achieve grid intelligence, the first step is to understand its current maturity level and build a roadmap for analytics growth. By growing their organization’s analytics maturity, they position themselves to address the challenges of today’s environment and become better prepared for whatever the future holds. Along the way, the supplemental business benefits can help them build a truly data-driven organization, where high-performance data ecosystems can drive every strategic decision and evolve as new challenges and capabilities arise.

 

 

Explore grid intelligence

 

 

Adam Cornille

Adam Cornille is Senior Director of Advanced Analytics at Logic20/20. He is a data science manager and practitioner with over a decade of field experience, and has trained in development, statistics, and management practices. Adam currently heads the development of data science solutions and strategies for improving business maturity in the application of data.