Silliman University opens microgrid lab for clean energy research

Silliman University (SU) has launched a Department of Science and Technology (DOST)-funded Microgrid and Sustainable Energy Laboratory (MSEL) to accelerate renewable energy research and boost disaster resiliency in the Philippines.

The facility, inaugurated on Aug. 20 at Uytengsu Hall of SU’s College of Engineering and Design in Dumaguete, is equipped with advanced tools for microgrid system design, testing, and development.

It will serve as a hub for collaborative projects on renewable energy integration, microgrid optimization, and community resilience, linking academia, industry, and local communities.

“Microgrids function as small-scale power systems capable of running autonomously,” said project leader Dr. Maria Lorena Tuballa. “By combining renewable sources such as solar and wind with battery storage, microgrids can maintain essential services during outages—an advantage particularly important in the Philippines, where typhoons often disrupt electricity supply.”

The laboratory features smart microgrids, renewable energy kits, sensors, and weather stations, which will allow students and researchers to create practical solutions for powering off-grid communities, schools, and barangays.

According to Dr. Enrico Paringit, executive director of the DOST-Philippine Council for Industry, Energy, and Emerging Technology Research and Development (PCIEERD), the project comes at a critical time.

“The laboratory offers an avenue to think about cleaner technologies and making our communities more resilient,” Paringit said.

SU’s Research, Publication, and Innovation head Dr. Robert Guino-o II emphasized the broader shift toward sustainable energy. “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.

The Philippines, one of the world’s most disaster-prone countries, has been investing in renewable energy and microgrid systems to address frequent power interruptions caused by typhoons and natural disasters.

Industry observers note that MSEL’s launch could help strengthen the country’s clean energy transition, while providing a training ground for future engineers and innovators in the field of sustainable power.