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Document Date: 2013-10-04 00:59:35Open Document File Size: 147,88 KBShare Result on FacebookCityCanberra / Melbourne / Brisbane / Adelaide / Sydney / Berkshire / /CompanyPort Philip Press / /ContinentEurope / /CountryUnited States / Australia / United Kingdom / /CurrencyUSD / /EventEnvironmental Issue / /IndustryTermchilled ceilings systems / energy efficient air conditioning systems / greenhouse gas emissions / variable-air-volume systems / energy efficient buildings / annual energy consumption data / energy efficient air-conditioning systems / energy consumption / energy efficient solution / energy intensive / conventional systems / low energy / chilled ceiling systems / energy simulation results / retail / low energy systems / air conditioning systems / energy efficient system / high energy consumption / ventilation systems / few commercial air conditioning systems / alternative to air based systems / energy intensive air-conditioning / Displacement ventilation systems / energy cost perspective / metal pan ceiling / lower annual cooling energy requirements / energy efficiency / business-as-usual solution / mechanical systems / displacement systems / high energy consumption air-conditioning / post-occupancy tool / typical building materials / air-conditioning systems / energy / conventional solutions / /MusicGroupFloor / /OrganizationLow Energy Call Centre / /Positionmajor driver / major design driver / /ProductApache / /RegionSouth East Queensland / East Queensland / /Technologyradiation / ceiling technologies / condensation / heat transfer / simulation / 35 W/m2 Chilled Ceiling Technology / /SocialTag |