Smart Grids: The Edge of a New Distributed-Energy Paradigm
Together, smart grids and the edge will allow utilities and other stakeholders to shift to a new intelligent and distributed paradigm necessary to realize a …
How the energy industry uses real-time analytics, such as through optimized energy production, weather forecasting, building-energy management, demand response, predictive maintenance for equipment, and other uses.
Together, smart grids and the edge will allow utilities and other stakeholders to shift to a new intelligent and distributed paradigm necessary to realize a …
Employing Industrial DataOps can help asset-heavy organizations create digital twins, which, in turn, can help organizations move APM into new domains, …
Emerging edge computing solutions enable data-driven optimization of generation, distribution, and consumption.
Utilities modernizing their operations need 5G and edge processing to help make sense of and reduce the large volumes of data generated by IoT and other smart …
Working towards a lower carbon future will demand that moves be made around operational efficiency, improved production tactics, and minimized waste – all of …
Multi-site critical infrastructure operations managers must secure their sites to ensure uninterrupted services for their customers that depend on
Despite some reservations and a gap in critical skillsets in the workforce, the use of digital twins technology seems to be speeding
A combination of necessity and opportunity have prompted the move to digital grids in the energy
The growing adoption of microgrids, renewables, and digital transformation have finally put synchronization on the front burner.
An increased focus on automation and environmental data is driving demand for smart sensors as companies and cities focus on environmental impacts in …