Research And Design Of Indoor Gardening System Based On Low-Carbon Greenhouse Technology

Indoor gardening is a hot issue that design art concerned today. It's also the key factor for sustainable development. Low-carbon environmental health is an overall design concept. the relationship between indoor gardening and indoor environment is its substantive elements. there is a direct relationship between the home environment and the user. It is not only determines comfort of people's home life, but also be affecting factors of the health degree in home life. Indoor gardening design elements are more and more attention to the designer, when the content of the interior design keeping getting rich.This paper, In the theoretical guidance of low-carbon environmental theory, surrounding the impact of planting bedroom factors, defines the scope of the concept of indoor gardening system based on low-carbon greenhouse technology, meanwhile classifies and studies indoor gardening cultivation methods, ways that affecting micro-environment and systematic design methods.Indoor microenvironment and indoor gardening design has a direct relationship. This paper designed a series of soilless green means and structures to adapt in this way to make room design and architectural structure of the organic gardening together. Quality includes three indoor micro-climate factors, which are indoor air quality, thermal environment and indoor humidity. This paper studies the influence of these three factors on the indoor microclimate, analyzes the optimum indoor micro-climate relationship and comfort. It means plants absorb harmful substances while releasing oxygen. In this way they are in the environment air quality has played a positive role in regulating. The temperature and humidity environment are closely related to means inside the water cycle. In this paper, by introducing soilless cultivation fill light structure design approach to achieve various forms of temperature control and humidity adjustment to meet the needs of different interior structure. After analysis of the indoor micro-climate to introduce the concept of soilless cultivation design and building structure combining. By designing multiple binding modes to achieve a modular interior space planning and interior micro-climate regulation holistic. Combined with intelligent automation IT integration cultivation and fertilizer Fertilization technology to achieve design goals.By studying and exploring ways to design practice room and indoor gardening design micro-climate regulating organic combination together. Deepening the connotation of green design, at the same time further demonstrate the value of indoor gardening system design studies. Tease out the indoor environment and improve the basic theoretical framework bedroom gardening system design, but also provides a valuable reference example of ecological, health, environment-friendly architectural design.