The initiative aims to address persistent irrigation
challenges and reduce dependency on costly fuel-powered pumps, while increasing
crop yields among smallholder farmers.
During a regional agrarian support activity in Tuguegarao
City, DAR Secretary Conrado Estrella III highlighted that the distribution of
solar-powered irrigation pumps was part of a broader assistance package
provided to thousands of Agrarian Reform Beneficiaries (ARBs) in the region.
The equipment was handed over alongside other farm machinery and inputs to
ARBOs from provinces including Cagayan, Isabela, Nueva Vizcaya, and Quirino.
“This support helps our farmers reduce production costs,
particularly by minimizing reliance on gasoline or diesel-driven pumps, and
boosts agricultural productivity through a constant and eco-friendly water
supply,” Estrella said.
Solar-Powered Water Pumps: A Practical Solution for Rural
Farming Challenges. The mobile solar-powered water pumps harness renewable
energy to draw and deliver water to farmlands without the need for grid
electricity or fuel. This enables year-round irrigation even in remote areas
with limited infrastructure, ensuring that crops receive a reliable water
supply during both planting and dry periods. Farmers can use these systems for
rice paddies, high-value crops, and vegetable gardens, which can significantly
increase cropping frequency and overall production.
Local ARBO leaders expressed optimism about the mobile solar
pump systems, noting that the reduced operating costs and ease of deployment
would allow their communities to better manage water needs without the
financial strain of fuel expenditures.
Part of a Larger Push for Agricultural Modernization. The
rollout in Cagayan Valley complements other renewable irrigation initiatives
across the Philippines. While the National Irrigation Administration (NIA) has
been implementing large-scale solar-powered irrigation projects — such as the
Solar Pump Irrigation System in various parts of Cagayan and Isabela — DAR’s
focus has been on providing smaller, mobile solar water pumping systems
tailored to the needs of ARBOs and individual farming communities. Such
interventions support the national agenda to strengthen food security, improve
rural livelihoods, and promote climate-resilient agricultural practices. By
leveraging solar energy, the programs help mitigate the impact of rising fuel
costs and environmental constraints associated with traditional irrigation
methods.
Looking Ahead. DAR has indicated plans to expand support for
solar-powered agricultural equipment to additional ARBOs across other agrarian
reform communities. Farmers and local officials welcomed these efforts,
emphasizing that access to reliable irrigation is crucial for improving
productivity, enhancing agricultural income, and fostering community resilience
against weather variability.
-horz.jpg)