By Kenneth Marcos 
As the dry season tightens its grip on parts of Mindanao, water becomes a daily concern for livestock raisers. For workers and students tending carabaos at the University of Southern Mindanao, every drop matters, especially when nearby water sources begin to shrink.
To address this challenge, the Department of Agriculture–Philippine Carabao Center at the University of Southern Mindanao has launched a solar-powered water system to ensure a stable and continuous water supply for its carabaos and forage areas. The project aims to protect animal health and sustain farm operations during periods of drought, when access to water is often limited.
The newly installed solar-powered water pump draws energy from the sun to deliver water without relying on electricity or fuel. This allows the center to maintain water supply even during power interruptions, while also reducing operating costs and environmental impact.
Officials said the system will directly support daily herd management, including drinking water for carabaos and irrigation for forage crops that serve as animal feed. Adequate water is essential for animal growth, milk production, and overall herd health, especially under hot and dry conditions common in parts of Central Mindanao.
According to DA-PCC at USM Center Director Geoffray R. Atok, the project responds to long-standing irrigation and water supply issues at the facility. He said the initiative also supports the agency’s long-term strategy to improve herd development through innovation and sustainable technology.
The Philippine Carabao Center plays a key role in improving the country’s carabao industry by promoting better breeding, nutrition, and farm management. Carabaos remain vital to many Filipino farmers, providing draft power, milk, meat, and additional income, particularly in rural communities.
However, climate-related challenges such as prolonged dry spells and unpredictable rainfall have made water management more difficult for livestock farms. In recent years, agricultural agencies have increasingly turned to renewable energy solutions to address these risks while reducing dependence on fossil fuels.
The solar-powered water system at USM reflects this broader push for climate-smart agriculture. By using renewable energy, the project lowers carbon emissions while ensuring that essential farm operations continue even during extreme weather conditions.
Students, researchers, and farm workers at the university are expected to benefit from the improved water system. The facility serves not only as a production unit but also as a learning and research site for future farmers, veterinarians, and animal scientists. Reliable water access supports hands-on training and research activities linked to livestock development.
The DA-PCC said similar technologies may be expanded to other centers and partner farms, especially in areas prone to drought or with limited access to electricity. The goal is to help farmers adapt to changing climate conditions while improving productivity and resilience.
As agriculture faces growing pressure from climate change, projects like this highlight the importance of combining traditional farming knowledge with modern, environment-friendly solutions. Ensuring water security for livestock is not only about animal welfare, but also about protecting farmers’ livelihoods and the country’s food supply.
With the solar-powered system now in place, the DA-PCC at USM hopes to set an example of how innovation and sustainability can work together to support Philippine agriculture, even under challenging conditions.
Pwersa Balita – Your Trusted Source in Agri News