Application and extension of the simulation technology for the design of zero energy buildings

为了应用于零能耗建筑的设计和性能评价，对能耗和热环境模拟技术进行了研究。1)基于已用于模拟多种太阳能建筑的EESLISM，建立了PVT集热器、蓄热机组和热泵的仿真模型，并对其进行了详细的仿真。2)利用扩展的EESLISM对改造后的太阳房和低成本的零能耗房进行了设计和评价。此外，还研究了在热带地区不使用制冷建筑的可能性。

In order to apply to the design and the performance evaluation of zero energy buildings, the energy and thermal environment simulation technology was studied. 1) Based on EESLISM that has been used for the simulation of many solar buildings, the simulation models of PVT collectors, heat storage units and heat pumps were developed for the detailed simulation. 2) The extended EESLISM was used for the design and evaluation of the renovated solar houses and the low cost zero energy houses. In addition the possibility of no cooling buildings in a tropical area was studied.