For more than a century, the American electric grid has been built on a deceptively simple premise: generate electricity at large, centralized power plants and send it across long transmission lines to communities and factories. This model, often referred to as the “ centralized utility model ,”
Digital twin technology is changing how utilities oversee their vast networks of assets – from power lines and pipelines to pumps and transformers – by giving them a living digital replica of the field. For decades, utility asset management meant reactive fixes and siloed views: Supervisory Control
Utility planners are entering a high-stakes era. Climate change, aging infrastructure, and stricter regulations mean that energy, water, and waste systems can no longer operate in isolation. As infrastructure executives have begun to warn, “the utilities are actually converging: water is energy,
Utilities aren’t just delivering power anymore. They’re coordinating energy, data, and risk at unprecedented speed. The modern grid’s transformation is a delicate balancing act, and the lack of coordinated data beneath the surface is quietly undermining its potential. As the demand for electricity
Solar energy can undoubtedly change the future in many ways. It can make energy production safer and cleaner, create more jobs, and make the Earth a safer place by allowing people to thrive while protecting the planet. Solar energy is no longer just a new idea; it is now a big part of all future
Across the utilities sector , companies face increasing pressure to meet sustainability goals. Be it through decarbonization mandates (which involve organizations leveraging cross-cutting measures to reduce or eliminate carbon emissions from their business activities, and across their wider supply
