Ashis Panigrahi Energy Transition, Technology

How Digitalization Shapes a More Efficient Future

As the global energy system shifts from fossil fuels to renewables, the conversation has become increasingly focused on how much clean capacity we can build. Yet, beneath the surface of this transition lies a deeper transformation which is driven by new intelligence. The future of energy will be shaped by “how effectively we manage the growing complexity” of Distributed Energy Resources (DER), electrified demand, and digital-ready infrastructure. And at the heart of this transformation is a metric that often receives too little attention, yet determines how efficiently and sustainably an economy truly operates: ENERGY INTENSITY. Understanding and improving this indicator is essential to unlocking a smarter, cleaner, and more competitive energy future.

Energy Intensity is “how much energy an economy uses to produce one unit of GDP”.

Read the full article in my LinkedIn post where I have discussed Why Energy Intensity Matters More Than Ever?

Ashis Panigrahi Energy Transition, Society, Technology

Why Skills, Governance, and Behavior matter as much as Technology in Energy Transition

When we talk about the energy transition, the conversation often centers on renewables, smart grids, and data platforms. But the real transformation doesn’t happen in control rooms or data centers; it happens through people.

Energy Transition is not only about Technology – It’s about People.

The grid of the future may be powered by electrons, but it will be shaped by humans. While digital platforms and renewables provide the tools, it is people who ensure those tools are used wisely, safely, and sustainably. The engineers who design it, the policymakers who regulate it, and the consumers who use it responsibly. And this transformation demands more than just technical skill. It calls for a cultural shift in how we think about energy. Collaboration across disciplines, continuous learning, and adaptive leadership are now as critical as engineering precision. Building the Human Grid means nurturing talent that can bridge the physical and digital worlds, translate complex data into meaningful decisions, and embed sustainability into everyday actions. Only when people, policy, and technology evolve together can the energy transition truly achieve its purpose.

Read the full article in my LinkedIn post where I have discussed further into this transformation and the next great challenge is not just deploying new technologies, but building the skills, governance frameworks, and behaviors that will empower people to drive the energy transition forward.

Ashis Panigrahi Energy Transition, Innovation, Technology

Digital Twins in Energy & Utilities: Beyond 3D Models to Lifecycle Intelligence

In the last two years, during conversations with Energy & Utilities (E&U) clients, one question consistently comes up: “How can Digital Twin technology help our organization?”Despite its growing popularity, many still perceive a Digital Twin as nothing more than a digital replica or 3D visualization of a physical asset. While visualization is part of the story, it is far from the whole.

The truth is, Digital Twin is not just a model; it is an evolving intelligence layer that spans the entire lifecycle of an asset: from design and engineering, to real-time monitoring, simulation-based optimization, predictive maintenance, and ultimately, decommissioning and recycling.

Read the full article in my LinkedIn post which explores the role of exponential technology in energy and utilities sector.