The Cybercrime Investigation and Coordinating Center (CICC) and the Philippine National Oil Company (PNOC) have signed a memorandum of agreement to explore the use of hybrid solar and wind energy to power cybercrime-resilient facilities, particularly in geographically isolated and disadvantaged areas (GIDAs).
The agreement was formalized on February 28 at the National Cybercrime Hub in Bonifacio Global City, Taguig City, with CICC Executive Director Alexander K. Ramos and PNOC President and CEO Oliver B. Butalid leading the signing ceremony.
The collaboration aims to provide a sustainable and efficient energy solution for underserved and unserved communities. Under the initiative, hybrid solar and wind power systems with battery storage will be designed and deployed in identified cybercrime-resilient CICC facilities across the country.
“This new green technology is not only sustainable but also an efficient energy source,” said Ramos, emphasizing the importance of renewable energy in securing remote facilities. He also highlighted PNOC’s role in advancing renewable energy initiatives in the country.
PNOC Chief Butalid noted that the project aligns with the company’s mission to expand renewable energy solutions to GIDA areas, adding that this will mark the first time such a hybrid wind and solar power system will be deployed in the Philippines.
“This project represents a unique intersection between PNOC and CICC’s objectives. The energy solution we are introducing is relatively new in the country but has been extensively used in India, South America, and Indonesia,” Butalid stated.
He further explained that while solar power alone has limited capacity, integrating wind energy significantly enhances its efficiency. CICC is initially targeting ten locations nationwide for the deployment of this new green energy technology.
The initiative marks a significant step in strengthening cybercrime facilities with sustainable energy solutions, reducing reliance on conventional power sources, and promoting energy resilience in remote locations.
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