Silliman University (SU) has inaugurated the Microgrid and Sustainable Energy Laboratory (MSEL), a Department of Science and Technology (DOST)-funded facility aimed at advancing renewable energy research and resilient power systems.
The state-of-the-art laboratory, located at SU’s College of Engineering and Design, is equipped with tools for microgrid design, testing, and development. It will serve as a hub for collaboration among academia, industry, and communities, focusing on renewable energy integration, microgrid optimization, and disaster-resiliency strategies.
Project leader Dr. Maria Lorena Tuballa highlighted the role of microgrids as small-scale power systems capable of operating autonomously. By combining solar and wind with battery storage, she said, these systems can ensure essential services remain operational during outages—a crucial advantage in the Philippines, where typhoons frequently disrupt electricity supply.
The MSEL is equipped with smart microgrids, renewable energy kits, sensors, and weather stations, enabling students and researchers to design sustainable solutions for powering off-grid communities, schools, and barangays.
Dr. Enrico Paringit, Executive Director of DOST-PCIEERD, described the facility as “an avenue to think about cleaner technologies and making our communities more resilient,” stressing the importance of sustainable energy use amid growing global concerns.
Meanwhile, SU’s Research, Publication, and Innovation head Dr. Robert Guino-o II underscored the lab’s role in transitioning away from fossil fuels. “MSEL presents an innovative platform for sustainable renewable energy utilization compared to our carbon-based fossil fuels. The age of fossil fuels will be over soon,” he said.
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