New Residential Buildings
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{{Energy Efficiency Project Resource Center
|EEPRC title=New Residential Buildings
|EEPRC organization=bigEE
|EEPRC year=2013
|EEPRC language=English
|EEPRC file ar=
|EEPRC file cn=
|EEPRC file en=Bigee txt 0043 bg strategic approach overview new residential.pdf
|EEPRC file fr=
|EEPRC file pr=
|EEPRC file ru=
|EEPRC file sp=
|EEPRC file other=
|EEPRC Doc Type=Information and Dissemination
|EEPRC Doc Type Case URL=
|EEPRC Doc Type Databases Sub1=
|EEPRC Doc Type Databases Sub2=
|EEPRC Doc Type Databases Sub3=
|EEPRC Doc Type Info=Manuals
|EEPRC Doc Type Info URL=http://www.bigee.net/en/buildings/guide/residential/approach/#sa
|EEPRC Doc Type Procurement URL=
|EEPRC Doc Type Legal URL=
|EEPRC Doc Type Methodology URL=
|EEPRC Doc Type Project URL=
|EEPRC Doc Type Standards URL=
|EEPRC Doc Type Surveys URL=
|EEPRC Doc Type Terms URL=
|EEPRC Doc Type Training Material=
|EEPRC Doc Type Other=
|EEPRC Sector=Buildings
|EEPRC abstract=The Strategic Approach follows a holistic design process with the premise of first implementing passive options for building design and then implementing the active options as need arises to provide thermal comfort. These systems then need to be controlled intelligently through automation and informed user behaviour to reach maximum optimization. In the short-term, the Easy-Efficiency Approach should be implemented at minimum. It focuses on low-cost options, mainly passive options. Improving energy efficiency by implementing the Easy-Efficiency Approach can reduce primary energy consumption for cooling, heating, ventilation and domestic hot water by 40 to 60 % to achieve a Low-Energy Building (LEB). Implementing the advanced approach can reduce primary energy consumption by up to 90 % to achieve an Ultra-Low- Energy Building (ULEB). Further improvements, especially through the use of renewable energy technologies can reduce the primary energy consumption by nearly 100 % or even beyond achieving (nearly) Zero-Energy Buildings (nZEB) to being net energy producer Plus-Energy Buildings (PEB).
}}
{{Energy Efficiency Project Resource Center|EEPRC title=New Residential Buildings|EEPRC organization=bigEE|EEPRC year=2013|EEPRC language=English|EEPRC file ar=|EEPRC file cn=|EEPRC file en=Bigee txt 0043 bg strategic approach overview new residential.pdf|EEPRC file fr=|EEPRC file pr=|EEPRC file ru=|EEPRC file sp=|EEPRC file other=|EEPRC Doc Type=Information and Dissemination|EEPRC Doc Type Case URL=|EEPRC Doc Type Databases Sub1=|EEPRC Doc Type Databases Sub2=|EEPRC Doc Type Databases Sub3=|EEPRC Doc Type Info=Manuals|EEPRC Doc Type Info URL=http://www.bigee.net/en/buildings/guide/residential/approach/#sa|EEPRC Doc Type Procurement URL=|EEPRC Doc Type Legal URL=|EEPRC Doc Type Methodology URL=|EEPRC Doc Type Project URL=|EEPRC Doc Type Standards URL=|EEPRC Doc Type Surveys URL=|EEPRC Doc Type Terms URL=|EEPRC Doc Type Training Material=|EEPRC Doc Type Other=|EEPRC Sector=Buildings|EEPRC abstract=The Strategic Approach follows a holistic design process with the premise of first implementing passive options for building design and then implementing the active options as need arises to provide thermal comfort. These systems then need to be controlled intelligently through automation and informed user behaviour to reach maximum optimization. In the short-term, the Easy-Efficiency Approach should be implemented at minimum. It focuses on low-cost options, mainly passive options. Improving energy efficiency by implementing the Easy-Efficiency Approach can reduce primary energy consumption for cooling, heating, ventilation and domestic hot water by 40 to 60 % to achieve a Low-Energy Building (LEB). Implementing the advanced approach can reduce primary energy consumption by up to 90 % to achieve an Ultra-Low- Energy Building (ULEB). Further improvements, especially through the use of renewable energy technologies can reduce the primary energy consumption by nearly 100 % or even beyond achieving (nearly) Zero-Energy Buildings (nZEB) to being net energy producer Plus-Energy Buildings (PEB).}}
