Northwest Samar State University (NWSSU) has secured a significant milestone after its project, “SIPAG of Vegetable Farms: Solar-Powered Irrigation and BioPesticide Application Grid with Mobile Control,” was selected as one of the 13 recipients of the 2024 Innovation Grants from the National Economic and Development Authority (NEDA). This groundbreaking project was conceptualized and proposed by Mr. Felix John M. Refamonte, a faculty member of the College of Agriculture and Technology, who spearheaded the development of the SIPAG initiative.
SIPAG, which stands for Solar-Powered Irrigation and BioPesticide Application Grid, revolutionizes agricultural practices by integrating renewable energy and modern technology. The project focuses on utilizing solar-powered irrigation systems to provide a continuous and cost-effective water supply for vegetable farms. By harnessing solar energy, farmers can reduce their reliance on traditional fuel-powered machinery, decreasing operational costs and promoting environmental sustainability.
The initiative also emphasizes the application of biopesticides, offering an eco-friendly alternative to chemical pesticides. This approach enhances crop protection and production while maintaining soil health and biodiversity. Furthermore, the integration of mobile control systems enables farmers to monitor and manage irrigation and pest control processes remotely, increasing efficiency and productivity.
The approval of SIPAG aligns with the goals outlined in the National Innovation Agenda and Strategy Document 2023-2032, showcasing Filipino ingenuity in addressing local agricultural challenges. By adopting innovative solutions, NWSSU aims to enhance food security, improve farmers’ livelihoods, and promote sustainable agricultural practices nationwide.
The SIPAG initiative represents a significant step towards modernizing Philippine agriculture by integrating renewable energy and smart technologies. NWSSU’s SIPAG project is expected to serve as a model for sustainable agriculture, demonstrating how technology-driven solutions can transform traditional farming practices for a greener and more efficient future.