Smart passive architecture method technology integrated for the construction of smart passive architecture with the environment in mind, it is necessary to present a strategy and points to eco-friendly as well as presentation of the process, it must be considered for each process, it is easy to apply, it will be put to practical use . In this study, the element in accordance with the integrated construction methodology for smart passive architecture , matter is a very basic . In order to achieve passive architecture smart instructions for building the point (earth, shape, spatial structure, skin, material) above, it must be able to estimate the gain and the amount of energy usage in the overall building. Next, establish the acquisition of energy for each element of each, consumption, management and storage method is required. Network system capable of the next, and controls the respective systems are required. It must be able to enhance the effect by fusion construct various methods here.
Build Phase 1 may be a site plan. Structure and natural environment have a close relationship. It analyzes the climatic conditions sun region, wind and micro-climate in order to build a smart passive architecture, to analyze the nature and site conditions such as the inclination of the terrain, for designing eco-friendly construction it is the stage of the underlying basic. It is possible to provide an option that can be based on this, to take advantage of energy through harmony with the natural environment, obtain and store.
Construction Phase 2 is a step of considering the fusion process technology for building a passive structure smart environments. Based on the concept each Embedded, Context Aware, Personalized, Adaptive, of Anticipatory, I prepare the infrastructure energy management, micro-climate control , light control, management and building users, and system construction for the environmental control of internal and external to, to impart intelligence to buildings through a network.
Construction Phase 3, to enable appropriate simulation program the overall discussion of the results that have been processed through the construction phase and 2 and 1. The result of the construction phase 3, and thus to influence the area closely Embedded, Context Aware, Personalized, Adaptive, the Anticipatory the construction phase 2.
In order to design technology integrated for the construction of smart passive architecture with the environment in mind , it is necessary to present a strategy and points to eco-friendly as well as presentation of the process , it must be considered for each process , it is easy to apply , it will be put to practical use . In this study , the element in accordance with the integrated construction methodology for smart passive architecture , matter is a very basic . In order to achieve passive architecture smart instructions for building the point ( earth , shape , spatial structure , skin , material ) above , it must be able to estimate the gain and the amount of energy usage in the overall building . Next , establish the acquisition of energy for each element of each , consumption , management and storage method is required. Network system capable of the next , and controls the respective systems are required . It must be able to enhance the effect by fusion construct various methods here.
Advanced technology has been fused with a variety of fields as represented by the smart era modern society, this has affected many in living space. Housing is a reflection of the life and values of that era. To build a smart passive architecture, research and development of construction method and design method for satisfying requirements for various conditions is required. After all, the benefits of smart passive architecture brings, is the creation of new space experience. Then it would be a role of promoting interaction with the environment exacerbated by technology. Interaction with the environment and the creation of experience may be the nature of the passive architecture.