Analysis of solar thermal energy systems for space and water heating

拟议研究的目标是：改进太阳能组件和系统的建模，并确定影响其技术和经济可行性的关键设计和操作因素;说明典型的加拿大负载和气候条件对组件和系统性能的影响;确定有前途的太阳能热技术;并开发用于加热和冷却应用的新系统配置。工作将集中在三个研究领域：1）研究太阳能家用热水应用的热能储存，考虑与饮用水供应干线污染和预防军团菌病有关的健康和安全建议; 2）空间和水加热的太阳能组合系统的设计和集成（考虑加拿大气候和负荷条件）及其与传统建筑系统的整合;（3）分析了大规模生产的影响，大规模实施太阳能热系统的电力公用事业高峰负荷，用于饮用水和空间加热应用，并制定先进的控制战略，峰值载荷的位移。用于这项研究的方法将包括系统和组件级的数值模拟实验分析的支持。该研究计划开发的计算机建模将有助于优化和整合新的太阳能热技术与传统的加热和冷却系统，并支持行业和政府的举措，以加快太阳能在建筑物中的使用。该研究计划还将开发适合加拿大条件的新组件和系统。为了减少与空间和水加热能量负荷相关的公用事业峰值需求，将建立新的控制策略。拟议的工作将提高太阳能系统的技术和经济可行性，并减少化石燃料消耗和温室气体排放。最后，参与该计划的研究生将接受实验和数值领域的基本培训，并产生新的知识，这些知识将通过同行评审的文献传播。

The objectives of the proposed research are to: improve the modelling of solar energy components and systems, and determine the key design and operational factors that affect their technical and economical feasibility; illustrate the effects of typical Canadian load and climatic conditions on component and system performance; identify promising solar thermal technologies; and develop new system configurations for use in heating and cooling applications. Efforts will be focused in three research areas: 1) the study of thermal energy storage for solar domestic hot water applications accounting for health and safety recommendations related to the contamination of the mains potable water supply and protection from Legionellosis; 2) the design and integration of solar combi-systems for space and water heating (considering Canadian climate and load conditions) and their integration with conventional building systems; and 3) the analysis of the impact of large-scale implementation of solar thermal systems on electric utility peak loads for both potable water and space heating applications and the development of advanced control strategies to maximize the displacement of peak loads. The approach used for this study will consist of system and component level numerical modelling supported by experimental analysis. The computer modelling developed within this research program will assist in the optimization and integration of new solar thermal technologies with conventional heating and cooling systems, and support industry and government initiatives to accelerate the use of solar energy in buildings. The research program will also develop new components and systems suitable for Canadian conditions. In an effort to reduce utility peak demand associated with space and water heating energy loads, new control strategies will be established. The proposed work will increase the technical and economic feasibility of solar energy systems and reduce fossil fuel consumption and greenhouse gas emissions. Finally, graduate students involved in this program will receive fundamental training in both experimental and numerical fields and produce new knowledge that will be disseminated through peer-reviewed literature.