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The Philippines has formally launched the fifth round of its Green Energy Auction Program (GEA-5), the country’s first auction dedicated exclusively to offshore wind (OSW). The Department of Energy (DOE) set a procurement target of 3,300 megawatts (MW) for delivery between 2028 and 2030, while the Energy Regulatory Commission (ERC) approved a reserve price of ₱11 per kilowatt-hour. This marks the first large-scale market test of whether OSW can move from planning studies into commercial deployment in Philippine waters.
Yet the launch comes at a difficult moment. Philippine consumers are already contending with elevated electricity prices, volatile fuel markets, and broader inflationary pressure. In that context, the introduction of one of the world’s most capital-intensive power technologies raises an immediate question: can the country afford to prioritize OSW now?
(Also read: PetroGreen Begins Grid Injection For Pangasinan Solar Project Amid Luzon Supply Pressures)
Affordability Is the Central Issue
Electricity affordability remains a persistent challenge in the Philippines, where power tariffs are among the highest in Southeast Asia. Reuters reported in 2025 that Philippine electricity tariffs, which are not subsidized, were the second highest in the region behind Singapore, unlike neighboring markets such as Indonesia and Malaysia, where subsidies help keep prices lower. As a result, Philippine households and businesses often feel generation-cost increases more directly through monthly bills.
Power industry veteran Guido Alfredo Delgado argued that ordinary Filipinos are less concerned with technological breakthroughs than with monthly electricity charges. Writing on the GEA-5 auction, he warned that OSW’s proposed pricing structure places the burden on consumers rather than the state.
“If the government intends to pursue offshore wind, the incremental cost premium over the least-cost alternatives should be funded through the General Appropriations Act (GAA),” he wrote. “As it stands today, GEAP tariffs are like a regressive levy embedded in the generation charges passed on to businesses and ordinary consumers.”
At ₱11/kWh, the reserve price for GEA-5 is significantly above recent wholesale benchmarks. In early 2026, Meralco’s generation charge was around ₱7.64/kWh, while average Wholesale Electricity Spot Market (WESM) prices during portions of 2025 were roughly ₱4.14/kWh.
“Offshore wind is therefore not entering the market as the cheapest source of electricity today,” stated energy analyst Dianne Araral. “First-round auctions are expensive not only because technology costs are higher, but because uncertainty is higher.”
The affordability issue is sharpened by the global oil market. Renewed tensions involving Iran and the wider Middle East have again raised fears of tighter crude supply and higher shipping costs. For the Philippines, which imports most of its fuel requirements, oil price shocks tend to cascade through transport, food, logistics, and power generation. Rising fuel costs have also been cited as a major driver of March inflation through higher transport prices.
When inflationary pressures are already elevated, introducing early OSW projects could add cost pressures for consumers. The International Energy Agency (IEA) notes that OSW is a capital-intensive technology, requiring substantial upfront investment in turbines, foundations, subsea cables, offshore substations, installation vessels, and grid connection infrastructure. These high initial costs, combined with supply chain and deployment constraints in emerging markets, shape the overall cost profile of early OSW development.
The Global Wind Energy Council (GWEC) also revealed that 70% to 80% of an OSW project’s lifetime cost is incurred before the first kWh is generated. That cost profile may be manageable in wealthier economies with subsidies, concessional finance, or strong industrial policy. It is more challenging in a price-sensitive developing market.
Other OSW Challenges in the PH
The Philippines is one of the world’s most cyclone-exposed countries. In fact, the World Bank’s OSW roadmap highlights a key technical constraint for the country: many of the identified development zones are exposed to very high wind conditions, often exceeding the design thresholds typically used for standard turbine models.
That means projects may require typhoon-class turbines, stronger foundations, and more robust engineering standards. In some northern and eastern areas, extreme gusts may make projects too risky or too expensive. These realities do not make OSW impossible—but they do make it more expensive than standard global comparisons suggest.
In addition, OSW projects come with substantial logistical complexity. Major components are typically manufactured and partially assembled onshore before being transported and installed offshore, requiring ports that can handle very large, heavy equipment. This includes reinforced port facilities, staging areas, and specialized handling capacity for turbines, foundations, and subsea cable systems. If port upgrades or site preparations fall behind schedule, delays can quickly cascade through the construction process, driving up overall project costs and extending delivery timelines.
“Ports in Batangas, Subic, Ilocos, Bicol, Negros, and Mindoro would support specialized vessels, while Filipino engineers and technicians power a maritime industry that was virtually non-existent two decades prior,” stated a Manila Standard article. This implies ancillary investment beyond the turbines themselves.
Land acquisition adds another layer of difficulty, as securing rights-of-way can be slowed by overlapping or unclear property ownership, local disagreements, and community opposition. Although environmental and social safeguards are essential for responsible development, strict compliance processes can lengthen project schedules, sometimes without a proportional impact on final project quality.
While OSW is often promoted as having minimal land-use conflict, many proposed sites overlap with fishing grounds and municipal waters that support coastal livelihoods. In San Miguel Bay, Camarines Sur, fisherfolk and residents opposed a planned 1,000-MW OSW project covering about 23,307 hectares, citing potential impacts on the livelihoods of an estimated 5,000 to 6,000 small-scale fishers. Concerns included reduced fishing areas, declining catches, and inadequate consultation during early project discussions.
(Also read: Under Pressure: The PH Turns to Coal to Support Energy Stability in Crisis)
Global OSW Is Slowing
The Philippines is pursuing OSW just as parts of the global industry are facing retrenchment. The IEA reported that forecast OSW growth over the next four years was revised downward by more than 25%. The agency cited project cancellations and delays in Europe, Japan, and India caused by higher costs and supply chain constraints. Several developers also reduced their 2030 deployment targets.
This matters because OSW economics depend heavily on falling global costs, manufacturing scale, and investor confidence. If major markets are slowing, smaller emerging markets may face even higher financing and procurement costs.
WindEurope warned that several auctions in Germany, France, the Netherlands, Denmark, and Lithuania had underperformed or failed, while numerous projects awarded in prior years were struggling to reach final investment decisions. “But the common thread is that the business case for new offshore wind is weaker than it used to be and needs to be,” stated the article.
The industry body called for a “New Deal for offshore wind,” involving government support, clearer procurement volumes, de-risking mechanisms, and stronger public financing. That is notable because these are wealthy economies with established supply chains and decades of operating experience. If mature European markets require rescue measures, the challenge for a developing island nation is considerably greater.
In the US, several OSW wind projects have also been delayed, renegotiated, or cancelled in recent years as inflation, interest rates, and supply chain costs eroded earlier pricing assumptions. The IEA specifically mentioned US policy changes and slower growth expectations.
Ambition Meets Economic Reality
The launch of GEA-5 demonstrates ambition and signals that the Philippines wants a place in the next generation of renewable energy. But ambition alone does not lower power bills.
At a time when Filipino consumers already face high electricity costs, global fuel uncertainty, and inflationary stress, OSW appears less like an immediate affordability solution and more like a long-term industrial experiment.
With global markets showing project delays, mature economies seeking new subsidies, and local fishing communities voicing concern, the more pressing question may not be whether OSW has a future in the Philippines—but whether this is the right time for consumers to pay for it.
As Rappler’s Val Villanueva put it, “Offshore wind will eventually play a major role in stabilizing the Philippine grid… But these advantages only materialize when OSW becomes cost-competitive. The public should not be forced to subsidize the learning curve of a technology that is not yet financially mature, especially when cheaper alternatives exist today.”
Sources:
https://www.bworldonline.com/opinion/2026/03/09/734872/the-case-for-offshore-wind-energy
https://insiderph.com/insider-view-offshore-wind-push-could-lead-to-higher-power-costs
https://www.iea.org/energy-system/renewables/wind
https://windeurope.org/news/offshore-wind-in-europe-in-peril/
https://ndfp.info/camarines-sur-fisherfolk-oppose-offshore-wind-projects-in-san-miguel-bay