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The country faces a convergence of energy challenges: rising electricity demand, heavy dependence on imported fuels, and increasing exposure to climate-related risks. These pressures have intensified calls for structural reforms in how the country generates and secures power.
Offshore wind has emerged as a key solution, offering a pathway to reduce vulnerability to global fuel price volatility and to build a domestic renewable energy base. However, experts stress that achieving this vision will require immediate and sustained action.
“Offshore wind should not be judged only by what it costs at the starting line, but by what it enables over time,” said Ann Francisco, Asia-Pacific director of the Global Wind Energy Council (GWEC). “For the Philippines, this is about building long-term energy security, reducing exposure to imported fuel volatility, and creating the foundations of a new domestic industry that can deliver economic value for decades.”
Building A New Energy Base
By 2040, a mature offshore wind sector could significantly reshape the country’s energy and industrial landscape. A larger share of electricity would come from domestic renewable sources, helping stabilize power prices and reduce the impact of global market fluctuations.
Key port areas in Ilocos, Batangas, Subic, Bicol, Negros, and Mindoro are expected to evolve into hubs supporting specialized vessels and offshore installations. Alongside this infrastructure, a new workforce of Filipino engineers, technicians, welders, and logistics professionals could anchor a maritime industry still in its infancy.
Beyond electricity generation, the sector is seen as a catalyst for broader economic activity, including supply chain development and job creation in coastal communities.
Long-Term Benefits
Offshore wind projects are capital-intensive, with 70 to 80 percent of total lifetime costs incurred before any electricity is produced. These include investments in turbines, foundations, subsea cables, transmission systems, installation vessels, and port upgrades.
While these initial costs have drawn scrutiny, industry stakeholders emphasize that offshore wind infrastructure is designed to operate for 25 to 30 years. Over that period, it provides stable, domestically sourced electricity with minimal exposure to fuel price swings.
This long-term perspective is critical, analysts say, particularly for a country that imports a significant portion of its coal and other fuels. Such dependence exposes the Philippines to currency fluctuations, supply disruptions, and geopolitical tensions that can drive up electricity costs.
Offshore wind, by contrast, relies on a local resource and does not depend on just-in-time fuel imports, offering more predictable operating costs over decades.
Pricing Debate
The government’s reserve price of ₱11 per kilowatt-hour for offshore wind projects has sparked debate, with some observers labeling it as high. However, proponents argue that early-stage pricing should be assessed within a broader historical and international context.
When the United Kingdom launched its offshore wind industry in the early 2000s, initial project costs were equivalent to more than ₱11 to ₱13 per kilowatt-hour in today’s terms. As the market matured, costs declined to approximately ₱6 to ₱7 per kilowatt-hour.
Similarly, Taiwan’s first commercial offshore wind round in 2018 carried tariffs in the range of ₱10 to ₱11 per kilowatt-hour, reflecting early-stage risks and limited infrastructure. Subsequent projects became more competitive as supply chains and regulatory frameworks developed.
In this context, the Philippines’ pricing falls within the range typical for emerging offshore wind markets. Industry experts note that early projects play a critical role in establishing infrastructure, regulatory certainty, and investor confidence. All these factors ultimately drive down costs over time.
Environmental Planning
To support the sector’s development, the Department of Energy and the Department of Environment and Natural Resources have signed a memorandum of understanding to streamline permitting and environmental oversight.
The government is also advancing Marine Spatial Planning Version 2, aimed at aligning offshore wind development with fisheries, biodiversity conservation, and shipping routes. These measures are intended to balance economic growth with environmental protection and resource management.
Global evidence suggests that, when properly regulated, offshore wind installations can coexist with marine ecosystems and may even enhance them by acting as artificial reefs.
Long-Term Transition
Stakeholders emphasize that offshore wind should be viewed not as a short-term solution but as a multi-decade investment in national capability. The ₱11 per kilowatt-hour reserve price, they argue, represents a starting point rather than an end state.
The country’s ability to reduce fuel import dependence, stabilize electricity prices, and build a domestic renewable energy industry will depend on the policy and investment decisions made in the coming years.
As the Philippines stands at a critical energy crossroads, offshore wind offers a strategic opportunity to reshape its power system, one that could define the nation’s energy security and economic resilience for decades to come.
Source:
https://mb.com.ph/2025/06/02/new-ilocos-norte-offshore-wind-project-secures-early-baseline-studies