Abstract

This research study aimed to investigate the advantages of the Nutrient Film Technique (NFT) in hydroponics using a solar-powered water pump. It highlights the potential of combining NFT hydroponics with renewable energy to promote sustainable agricultural practices and reduce reliance on traditional farming methods. The study specifically focuses on designing, implementing, and evaluating a micro-scale hydroponic system that supports the growth of Lactuca sativa (romaine lettuce). Through this system, the research addresses existing gaps by exploring how solar-powered hydroponics can improve plant growth efficiency and sustainability. This project is conducted as part of a capstone study, where students apply their academic knowledge to solve real-world agricultural challenges. The performance of the system will be assessed by monitoring the growth and development of Lactuca sativa over a specific period, with key factors such as plant health, pH levels, and water temperature being closely observed. Data collection will be carried out through daily tracking of the plants’ progress and the system’s overall functionality. Preliminary findings indicate consistent and stable results in maintaining optimal pH levels and temperature, showing the system’s potential for efficient and sustainable hydroponics. This study aims to provide valuable insights for future research and practical applications in agricultural innovation.

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