Energy
Powering the next Energy Revolution

Digital technologies are reshaping energy into a cleaner, more flexible, distributed system. Intelligent infrastructure is accelerating electrification and transforming how energy is generated, managed, and delivered.

From the grid to the edge, we help utilities and energy innovators unlock efficiency, resilience, and renewable‑integrated operations.

The Next Era Of Energy Transformation

Energy is digitizing fast; changing how power is generated, stored, managed, and delivered. The shift underway is structural and accelerating worldwide.

Legacy networks are being modernized at unprecedented scale, with trillions in grid investment this decade as utilities upgrade infrastructure, integrate renewables, and build flexibility into the system. Renewables are on track to surpass coal as the largest source of electricity globally, and to exceed coal plus nuclear combined, marking a historic pivot in energy composition.

Grid modernization, distributed energy resources, electrification, and storage are also reshaping system architecture. Utilities must now manage bidirectional flows and coordinate distributed assets across networks originally designed for centralized demand.

Extreme weather, geopolitical shocks, and rising energy costs have exposed system fragility. Much like COVID disrupted supply chains and accelerated digitalization, these pressures are driving investment in digital infrastructure, real‑time intelligence, automation, and resilience technologies.

The next era belongs to energy operators who master:

Real‑time situational awareness across grid and field assets
Flexibility and orchestration of distributed energy resources
Automation of planning, dispatch, and reliability operations
AI‑driven forecasting for demand, outages, and markets
Integrated electrification across fleets, buildings, and industry
Data‑driven decarbonization at scale

Modern energy systems are becoming intelligent, adaptive, and software‑defined, able to anticipate disruptions, adjust flows autonomously, and optimize reliability and cost.

The Challenges Driving Change

These pressures are reshaping how energy systems are planned, operated, and modernized, driving the need for flexible, intelligent, and digitally enabled infrastructure.

Aging Infrastructure
Transmission, distribution, and generation assets built decades ago limit reliability and make modernization urgent
Decarbonization Pressure

Regulators and investors expect measurable progress toward net‑zero operations across production, grid, and field environments.
Grid Congestion & Volatility

Renewables introduce dynamic constraints, while extreme weather and distributed generation increase variability that requires intelligent grid orchestration.
Cost & Risk Pressures

High fuel costs, volatile markets, supply disruptions, and stranded baseload assets demand smarter planning and adaptive operations.
Distributed Energy Complexity

DERs, microgrids, EV charging, and storage require real‑time coordination, accurate forecasting, and interoperable OT, IT, and data integration.
Workforce Transition

Retirements, skills gaps, and new digital competencies call for connected‑worker tools and AI‑enhanced knowledge transfer.
Cybersecurity Threats

OT and IT convergence increases exposure across critical infrastructure, requiring advanced monitoring, segmentation, and resilience.