The Philippines operates within a global energy system it does not fully control. More than half of its primary energy supply is imported, with coal and oil forming a significant portion of electricity generation.

In March 2026, electricity prices surged by as much as 58 percent in a single month due to fuel supply instability linked to geopolitical conflict. Even outside crisis conditions, projections suggest electricity costs could rise by up to 16 percent as global fuel prices increase.

These costs hit close to home, with homeowners looking for alternatives, as searches for “solar panels” in the Philippines peaked last month. But the transition is not without its limits, as solar panels and battery storage require significant upfront capital. They also depend on proper design, installation, and maintenance, which are more things for homeowners should worry about.

Climate of shared opportunity

Perhaps renewable energy should not be treated only as a household upgrade, but as a form of shared infrastructure. Instead of asking every individual house to solve energy on its own, it may be more practical to address it at the scale of the community. This is where the conversation becomes more interesting.

The Philippines has an advantage when it comes to solar energy, as our climate is abundant with sunlight. Solar exposure remains relatively consistent throughout the year, even during the rainy season. This positions the country as an ideal candidate for decentralized solar energy systems.

As the US Department of Energy describes it, “community solar” is a model where a shared solar installation supplies multiple users, who either subscribe or own shares in the system and receive credits in proportion to their share. It allows many households to benefit from one installation, rather than requiring every roof to carry its own.

There are already examples that show the principle can work here. MSpectrum, a subsidiary of Meralco, has partnered with local communities on shared solar initiatives that reportedly reduced residents’ electricity bills by up to 30 percent.

Instead of each household needing its own 20 to 30 sqm of solar panels, a subdivision of 50 homes could combine demand into a shared system requiring approximately 1,000 to 2,000 sqm. This could be accommodated through clubhouse roofs, covered parking or a small centralized solar facility.