MICROGRAVITY PLANT HABITAT –PHYSICAL AND ELECTRICAL PROTOTYPING

Abstract

The article explores the intricacies of the "Microgravity Plant Habitat" through an in-depth investigation of its design, functionality, and implications for space exploration and colonization. Focusing on ongoing experiments like Veggie Plant Growth System, Advanced Plant Habitat (APH), and Space Greenhouse Experiments, the paper emphasizes the vital role of plant cultivation in supporting life, nutrition, and psychological well-being during deep space missions. The article proposes a novel solution to the challenge of water distribution in microgravity by introducing a modified aeroponics technique within a two-chambered module. This innovative approach ensures even water distribution, overcoming the complexities of gravity-free water droplet behavior. The Concept Article further details the parameters, experimental setup, and expected outcomes of the proposed system, highlighting its potential for reducing mission costs, conserving resources, and enhancing space habitability. The study contributes to advancements in space agriculture, aiming to create a sustainable and efficient system for plant growth in the unique environment of microgravity. The implications extend to the development of water management strategies critical for the success of future space exploration and habitation initiatives. The article concludes by proposing corrective measures and referencing relevant research to support ongoing efforts in space-based agriculture