Document Type
Article
Publication Date
2025
Abstract
By laying the groundwork for sustainable tidal
energy infrastructure, this study contributes to advancing the
Philippines' renewable energy portfolio and supports the global
transition to clean energy solutions. With the country's extensive
coastline and rising energy demands, tidal energy presents a
largely underutilized yet promising resource that can address
both local and global energy challenges. Tidal energy is highly
predictable, stable, and environmentally friendly, offering a
reliable alternative to conventional energy sources like coal and
natural gas, which are often subject to price volatility and
environmental concerns. The study focuses on the Visayas
region, a prime candidate for tidal energy development due to
its dense population centers, major seaports, and high energy
consumption. Integrating tidal energy into the national grid
could reduce the Philippines’ reliance on fossil fuels and lower
carbon emissions. This research explores tidal stream turbines'
potential, addressing challenges like maritime traffic and
environmental considerations, while suggesting strategies for
overcoming these obstacles. Ultimately, this study supports the
transition to a cleaner, sustainable energy future.
Recommended Citation
Ricafort, Justin Kyle O. and Recto, King Harold A., (2025). Assessing Tidal Energy Potential in the Visayas: Viability of the San Bernardino, San Juanico, and Cebu Straits. Archīum.ATENEO.
https://archium.ateneo.edu/sustainability-disaster-science-energy/1
