MANILA, Philippines — The Philippines and Japan have reaffirmed their commitment to deepen energy cooperation as both nations seek to address rising concerns over global energy security and price volatility.
President Ferdinand Marcos Jr. and former Japanese Prime Minister Fumio Kishida highlighted the importance of closer bilateral collaboration during recent discussions, underscoring the need to ensure stable and reliable energy supplies amid ongoing geopolitical tensions affecting global markets.
Both leaders pointed to the vulnerability of energy-importing countries like the Philippines, which continues to face exposure to fluctuations in global fuel prices and supply disruptions linked to international conflicts. Strengthening partnerships with trusted allies such as Japan was seen as a key step toward improving energy resilience.
The two countries are exploring expanded cooperation in both conventional and renewable energy sectors. This includes potential partnerships in liquefied natural gas (LNG) development as well as joint initiatives to accelerate the transition toward cleaner energy technologies.
Japanese officials expressed support for assisting the Philippines in building a more diversified and sustainable energy mix, while also encouraging greater private sector participation in future energy projects.
The energy cooperation is also aligned with regional efforts under frameworks such as the Asia Zero Emission Community (AZEC), which promotes collaboration among member countries in achieving energy security while advancing decarbonization goals.
Marcos welcomed Japan’s continued support, stressing the importance of reliable international partnerships in strengthening the country’s long-term energy security strategy. Kishida, for his part, reaffirmed Japan’s commitment to expanding cooperation through both government and private sector engagement.
The renewed push for energy collaboration comes as the Philippines intensifies efforts to diversify its energy sources and reduce dependence on imported fossil fuels, while also transitioning toward more sustainable and resilient energy systems.
