Oslo University Hospital HF (Oslo universitetssykehus, OUS) has committed to significant cuts in energy use by 2030 and is entering into an adapted version of an energy performance
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This article presents a study of how equipment is used in a Norwegian University hospital and suggests ways to reduce hospital energy consumption. Analysis of energy data from Norway''s newest
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This article intends to fill gaps in our understanding of how users and their equipment affect the energy balance in hospitals, and suggests ways in which designers and equipment suppliers can help
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The firm signed a memorandum of understanding (MOU) with the State Agency on Energy Efficiency and Energy Saving of Ukraine (SAEE) to provide the country with lithium iron
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Electricity consumption accounts for up to 50% of total hospital energy use. Daytime energy intensity of equipment is 28.5 kBTU/ft²/year, exceeding building code standards. The study aims to optimize
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The relatively lower share of energy consumption for large medical imaging equipment is due to the fewer number of devices, more limited duty schedules, and higher heat recycling rates due to water
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With a case hospital building in Norway, through analyzing the characteristic of this building, this paper focused on the prediction of energy consumption through machine learning
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Abstract. Hospitals are one of the most energy-consuming commercial build- ings in many countries as a highly complex organization because of a continuous energy utilization and great variability of usage
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How Lineage''s cold storage site in Moss, Norway, is reusing waste heat to warm hospitals, cut emissions and power a cleaner energy future.
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While not as dominant as hydroelectric storage, battery energy storage systems (BESS) are gaining traction in Norway for shorter-term storage and grid services.
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