The Philippines stands at a critical juncture in its energy journey. With rising power demand, the depletion of key fossil fuel resources, and ambitious targets for cleaner energy, the question on many minds is whether the archipelago is ready to embrace nuclear power as part of its energy future.

The Philippines sits squarely within the Pacific Ring of Fire, a zone notorious for earthquakes, volcanic eruptions, and tectonic instability. This naturally raises concerns about the safety of nuclear power plants in such a geologically active region.

However, being in the Ring of Fire does not automatically disqualify a country from pursuing nuclear energy. Seismic hotspots such as Japan, South Korea, and Taiwan have operated nuclear plants for decades. For these countries, the key lies in engineering, regulation, and preparedness.

I still vividly remember the mid-80s, when the newly built Bataan Nuclear Power Plant was mothballed. The government was forced to abandon the project due to political shifts rather than concerns about safety and structural integrity. I would not be surprised if, to this day, we are still paying off the huge loan needed to build the plant.

The Philippines heavily relies on fossil fuels, particularly coal, which accounts for over 50 percent of its power generation. This dependence exposes the country to volatile global fuel prices, supply chain vulnerabilities, and significant environmental concerns. The expected depletion of the Malampaya natural gas fields by next year highlights a critical supply challenge, given that it currently provides a substantial portion of Luzon's energy.

Many power plants and transmission lines are outdated, leading to frequent outages and inefficiencies. The National Grid Corporation of the Philippines (NGCP) regularly issues Yellow and Red Alerts, signaling potential supply shortfalls and the risk of blackouts. Power outages, particularly in Mindanao and Visayas, are not uncommon, highlighting the existing grid's fragility and the inadequacy of the current supply to meet peak demand.

The country has made strides in integrating renewable energy sources, such as geothermal, hydro, solar, and wind, but their intermittency and the massive capital investment required for large-scale deployment mean they cannot, in their current state, fully address the nation's baseload power requirements. This energy insecurity has a direct impact on economic growth, its ability to attract investments in the countryside, industrial development, and the quality of life for millions of Filipinos.

Projections for the next 25 years paint a clear picture: the Philippines' energy demand is expected to continue surging. Driven by population growth, urbanization, industrialization, the increasing power demands of new technologies such as artificial intelligence, and the emergence of power-hungry data centers, the Department of Energy (DOE) anticipates a substantial rise in electricity consumption. According to its Power Development Plan, installed capacity must increase by five to six times to meet future demand. To sustain its economic trajectory and improve living standards, the country will need robust, reliable, and affordable energy sources that can keep pace with this exponential growth.

Relying solely on existing energy sources or even an aggressive push for renewables alone may prove insufficient. The sheer scale of the projected demand necessitates a diversified energy portfolio that includes stable, high-capacity baseload power. DOE is currently modeling several scenarios, including offshore wind and nuclear power.

Nuclear is back on the table. Nuclear energy offers a tantalizing solution: high-capacity, low-carbon, and stable baseload power. The government is considering operationalizing a nuclear plant, as well as exploring the use of Small Modular Reactors (SMRs) for island grids and disaster-prone zones. Executive Order No. 164 institutionalizes nuclear power as part of the national energy strategy. It also covers the reassessment of the Bataan Nuclear Power Plant.

Nuclear plants provide continuous, large-scale, and reliable baseload electricity, unaffected by weather conditions. Once operational, nuclear power plants produce virtually no greenhouse gas emissions, aligning with climate change mitigation goals. Modern nuclear reactors incorporate enhanced safety features and are more efficient than older designs. Small Modular Reactors (SMRs) are also gaining traction as a potentially more flexible and safer option.

We must, however, acknowledge the downsides of nuclear energy. Nuclear power plants require massive initial capital investments and long construction times. Public perception, heavily influenced by incidents like Fukushima, remains a significant hurdle. Ensuring robust safety regulations, independent oversight, and emergency preparedness is paramount. The safe and long-term disposal of nuclear waste is also a complex and politically sensitive issue. And finally, we need to develop a highly skilled workforce to operate and maintain these complex facilities.

The decision to go nuclear is not merely a technical one; it is a profound national undertaking that requires strong political will, public acceptance, and a robust institutional framework. Energy demand is escalating, and the imperative to shift away from fossil fuels is becoming increasingly clear. The nation must carefully weigh the immense opportunities against the significant challenges to determine if it is, indeed, finally ready to embark on the nuclear journey.

(The author is an executive member of the National Innovation Council, lead convener of the Alliance for Technology Innovators for the Nation (ATIN), vice president of the Analytics and AI Association of the Philippines, and vice president of UP System Information Technology Foundation. Email: [email protected])