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Transmission & distribution

Innovating to modernize and operate energy infrastructure and achieve net-zero goals.

What’s going on

Transmission & distribution (T&D) organizations must innovate, invest strategically, and modernize infrastructure to balance supply and demand, optimize assets and teams, and drive towards net-zero emissions.

5 ways transmission & distribution is changing

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The net-zero transition is accelerating

The global drive for net-zero emissions is reshaping power systems. Renewables like wind and solar, along with distributed energy resources, are transforming demand patterns. Utilities must modernize planning and operations to integrate these energy sources seamlessly.

Increasing climate events are forcing adaptation

Frequent and severe climate events are a major challenge to power grids. Grid operators must adopt more advanced strategies for greater resilience and swifter recovery. With predictive tools and proactive planning, we can minimize disruption.

Capital projects are growing, and infrastructure is updated

Aging assets require heightened focus on reliability and strategic end-of-life planning, while also adapting to climate change and integrating renewable energy sources. Additionally, rising demand is driving an increase in capital projects globally.

The role of the prosumer is rising

Consumers are moving beyond passive energy use. Prosumers and businesses are adopting self-supply solutions and optimizing consumption and storage. Utilities must deliver flexibility services to meet the growing demand for sustainable, affordable energy.

The utility workforce must be upskilled

Today’s workforce needs to be increasingly digitally savvy to build and operate future grids. Investing in advanced technologies including deploying wearable devices, IOT sensors and AI-driven analytics is key to equipping employees.

What you can do

Leverage predictive analytics and IoT for real-time asset monitoring, proactive maintenance and data-driven decision-making. Extend asset life and enhance operational efficiency.

26-29%

is the amount  that global electricity demand is projected to increase by 2030.

Deploy wearable devices, IoT sensors and AI-driven analytics to boost worker productivity, improve safety and streamline operations for field teams.

38%

of all working hours in utilities can be either automated or augmented by gen AI.

Incorporate DERs like solar and wind to create resilient networks. Optimize grid operations and improve response to climate events with smart grid technologies.

Adopt advanced asset management, predictive tools and cybersecurity measures to protect grids against extreme weather and evolving threats.

5x

Annual extreme weather events have increased fivefold from 1970 to 2019.

Enhance control centers with advanced monitoring systems and AI tools. Improve situational awareness, automate processes and optimize decision-making.

Boost local grid efficiency with edge computing and smart sensors for real-time data processing and automated decision-making.

Ensure customers are empowered and equipped to act on the energy transition with personalized and transparent offerings.

78%

of energy providers say those who do not help their customers achieve net zero with greener products and services will get left behind.

Our leaders

Gregorio Ogliaro

Managing Director – Global Utilities Transmission & Distribution Lead

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Karen Mok

Managing Director – US Transmission and Distribution Lead

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Pablo Peralta

EMEA Utilities Transmission & Distribution Lead

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Alex Vaz

Senior Manager – Accenture Industry X, Brasil

LinkedIn