Study On Integrated Design Of Active Solar Energy Technologies And Office Building

Nowadays, the green ecology has become popular on a global scale. The solar energy as an inexhaustible and clean energy, its importance is self-evident. In expanding the use of solar energy, combined with solar energy, the building is undoubtedly a very good carrier. In recent years, the integration of solar energy and architectural design is the result of an integrated multi-disciplinary cross, and it is the representative of the solar direction. The system integration degree increases, and the active control capacity enhances.At present, the main practice of solar energy and architectural integrated technologies is focused on residential, and it pays less attention to public buildings. Especially it has little study on office buildings with large quantities, high energy consumption. But the office building has an advantage of making full use of solar energy: it has a high base of investment in energy equipment, its overall control and coordination of equipment is more easily, and the energy-saving effect is remarkable.Therefore, the study on the integration of active solar technology and office building design is a comprehensive and practical work. In particular, it is of great importance for the communication and exchange between solar energy engineering technology and architectural design.In the Chapter Two, through a series of comparisons between domestic and international applications and analogies of domestic situations, the work is finding and analyzing the status and problems of the integration of solar energy technology and office building in our country, with the objective of exploring its causes and finding entry points; The Chapter Three analyzes the relationship between light and solar thermal equipment and buildings from architectural design point. By investigating the principle, structure, system model, component efficiency and combination of equipments, it summarizes the key points of equipment parts technology and the characteristics of equipment systems for the office equipment application.In Chapter Four, according to the solar energy equipment construction and the integrated architectural technical methods, combined with the features of construction production and many projects at the present stage, the integrated overall design approach for domestic and foreign solar office buildings is analyzed and discussed. From architectural aesthetics and technology points, and four levels of the whole design process, critical issues resolution, spatial response, modeling integration, it explores the integrated design approach for solar and office building and in it provides technical improvements program for changing the current office building and solar energy applications.In the Chapter Five, based on two major principles of efficiency and aesthetic, it tries to find the integrated detail model for solar energy utilization of office buildings in China, and to provide the design model choices and technical reference for the roof, walls, structures and other details.