Page 7: Research news on Low-carbon heating systems

Low-carbon heating systems encompass technologies and strategies that provide space and water heating with greatly reduced greenhouse gas emissions compared to fossil-fuel-based systems. Core approaches include electrification via heat pumps, utilization of shallow and deep geothermal resources, mine-water and waste-heat district heating, and integration with thermal energy storage such as borehole fields, energy piles, and compact phase-change batteries. The domain also addresses building envelope optimization, smart control for grid flexibility, techno-economic assessment, and policy and behavioral factors influencing large-scale heating transitions.

Engineering

Engineers create an 'electrified' house that slashes energy bills

Western engineers have amalgamated the function and force of photovoltaics (PV) technology with a heat pump and a thermal battery to create a fully electrified—and energy efficient—new house. The end game is to eliminate ...

Energy & Green Tech

Smart heat pumps could take pressure off the grid and cut bills

Heat pumps could play a significant role in stabilizing the nation's electricity supply by providing demand flexibility, according to research by the University of Southampton. The study tested how homes using smart heat ...

Energy & Green Tech

Framework reveals a smarter and faster way to retire US coal plants

Even as coal power continues its steady decline in the United States, more than a hundred plants still have no retirement plans—a gap large enough to derail national climate goals. A new study led by UC Santa Barbara researchers ...

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