For communities looking to achieve energy resilience and engage in the energy transition, an intelligently managed microgrid system can optimise flexibility, while cutting costs and carbon emissions.
The transition to electric vehicles requires significant expansion of infrastructure and network capacity to accommodate charging. How will distribution systems keep up with demand, while being future-proofed against evolving mobility requirements?
Join the dots: How the smart campus concept can help better harness renewables, empower communities, and decarbonise our cities
Smart campuses making efficient use of building space, energy and mobility could help urban centres to curb carbon emissions and drive energy transition. Siemens Smart Infrastructure’s Matthias Rebellius and IRENA’s Gauri Singh discuss the need for innovation and collaboration at a localised level in order to deliver urban decarbonisation.
Life on the edge: How grid edge innovations are enabling a more sustainable, decentralised and equitable energy system
The coupling of an increasingly decentralised power grid and advanced new technologies presents an unprecedented opportunity to accelerate energy transition. Michael Weinhold of Siemens Smart Infrastructure outlines how innovation at the grid edge will be a key component in delivering a more sustainable future.
A sustainable energy future will be built on digital platforms for improving efficiency, optimising management, improving operational processes and coordinating an increasingly decentralised distribution network. Matthias Rebellius, CEO, Siemens Smart Infrastructure, discusses the factors driving digitalisation in the energy market and the new business models required to deliver this change.