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Increased energy efficiency allows equipment to be downsized for the heating and cooling loads. Electrification through the use of heat pumps or electric boilers can be more expensive to install and operate than fossil fuel alternatives. The Center of Excellence for Building Decarbonization (CEBD) website is another source of introductory level information including presentations, videos, and technical resource guides. ASHRAE members should first educate themselves and their co-workers about https:\/\/thecolumbianews.net\/why-is-the-foundation-deformed.html<\/a> the fundamentals of building decarbonization. While providing this support the EPBD also aims to assist with formulating needs to further develop and improve this set of EPB standards.<\/p>\n<\/p>\n Embodied carbon is the amount of carbon emitted from the extraction of raw materials for the building to the building\u2019s end of life, including refrigerant emissions.<\/p>\n<\/p>\n For projects that cannot deploy EEM\u2019s and\/or other load reduction strategies to reduce their temperature regime, there are existing strategies to deliver higher-temperature water. Often, 80-90% of the year, a lower temperature regime can be used to meet load, which can enable the use of heat https:\/\/consultprofound.com\/greening-infrastructure-in-africa-through-digital-transformation.html?noamp=mobile<\/a> pumps at more efficient temperatures. Reviewing existing building management system data for peak load durations, may also allow a building to move to a lower temperature regime with only short term peak load auxiliary equipment, such as a gas-fired or electric boiler. ASHRAE members can collaborate with these stakeholders to create a unified voice for promoting sustainable building practices.<\/p>\n<\/p>\n<\/p>\n
Three Key Steps to Decarbonize a Building<\/h2>\n<\/p>\n