RESEARCH ZERO NET ENERGY BUILDING
The solar resource is studied for optimum application as coupled to a specific site with integrated supporting architecture. The study models are clustered in a ten living unit residential complex designed for monitoring of five paired apartments, each pair being of different occupancy, area and solar characteristic. The project has been developed in Dezhou, China by Himin Industries. Solar energy harvesting includes active high temperature hydronic evacuated tubular collectors, photovoltaic electric generation, passive direct gain sunspaces and maximum daylighting. Applications are space heating, absorption cooling, dehumidification and domestic hot water. Delivery systems include seasonally adjusted radiant heating and cooling and dehumidification. Supporting architecture provides thermal mass static storage and unitized hot and chilled water storage that provides sufficient thermal inertia within each living unit to provide necessary interior climate control in excess of one day during peak thermal demand conditions. The site ground is coupled with the solar building systems through implementation of a closed loop geo-thermal field. Ground loop application will include seasonal warm thermal storage and direct water cooling assist to the solar driven absorption cooling and dehumidification. Air flow through building spaces is provided by free flow passage of air from north to south in all spaces of all units and vertical natural chimney effect. Interior air quality is governed by enthalpy recovery systems dedicated to each living unit that provide for air changes as dictated by use.
Douglas A.Wilke Himin Solar Energy Group Co. Ltd
38 Roosevelt Avenue Glen Head, New York 11545 USA 37 Hubinbei Road Dezhou City, China 253092
国际会议
2007世界太阳能大会(Proceedings of ISES Solar World Congress 2007)
北京
英文
2007-09-18（万方平台首次上网日期，不代表论文的发表时间）