Page 13: 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.

Energy & Green Tech

AI can see clearly now, when it comes to energy storage

A newly developed performance evaluation system can assess energy storage power plants (ESPPs) in terms of investment decisions and public policy, as well as their place in sustainable energy infrastructure. The research ...

Energy & Green Tech

Study shows electrified cities could become giant batteries

Our electric vehicles (EVs) and hot water systems could become powerful assets for the electricity grid and help turn Australian cities into giant batteries, new research from The Australian National University (ANU) has ...

Energy & Green Tech

Battery sharing could cut energy costs for communities

What if neighborhoods could lower their electricity bills without investing in expensive battery systems? An international study led by researchers at CWI (the national research institute for mathematics and computer science ...

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