There are landscapes in which the wind seems less like weather than inheritance. Across the Azores it has always been so: wind arriving from the open Atlantic, crossing pasture and crater, bending trees toward the memory of storms, carrying salt far inland, shaping clouds and seasons and the old vocabulary of those who learned to live on islands exposed to the immense breathing of the ocean. For centuries, that wind was something to endure, read, fear, welcome, sail by. Increasingly, it is also something to harvest. The announcement that two electricity-production licenses have been granted to EDA Renováveis for wind installations on Santa Maria and Flores may appear, at first reading, to belong to the austere language of administration—dispatches, megawatts, transformers, grids and concessions. Yet behind those technical terms lies a larger Azorean story: the gradual attempt of small and geographically isolated island communities to transform one of their most ancient natural conditions into an instrument of energy independence, environmental responsibility and a different conception of the future.
The two licenses, made public by the Regional Directorate for Energy in the Jornal Oficial da Região Autónoma dos Açores, concern the Figueiral Wind Farm on Santa Maria and the remodeling of the Boca da Vereda Wind Farm on Flores. Together, the installations covered by the licenses represent 3.6 megawatts of wind-generating capacity distributed among four 900-kilowatt turbines. On Santa Maria, three turbines will form the Figueiral installation, located in the parish and municipality of Vila do Porto, providing a combined capacity of 2.7 MW. The electricity generated there is intended for sale and incorporation into the island’s electricity transmission and distribution network. Farther west, on Flores, the Boca da Vereda project in Lomba, municipality of Lajes das Flores, involves a 900-kW turbine, together with an incorporated 400/15,000-volt step-up transformer and two medium-voltage cells. Its electricity, too, is intended to enter the local grid. Four machines, two islands, 3.6 MW: modest numbers when measured against the enormous energy systems of continents, but islands have always required another mathematics. Here scale changes meaning.
That distinction is important. An island electrical system is not simply a miniature version of a continental one. It is an enclosed ecosystem of production and consumption, separated physically from neighboring systems and therefore unusually sensitive to questions of supply, storage, reliability and demand. Every kilowatt generated locally from wind, sun, water, geothermal resources or other renewable sources enters a conversation that is simultaneously environmental and economic. The question is not only how much electricity can be produced, but how much dependence can be reduced; how effectively intermittent renewable production can be integrated into an isolated grid; how technology can be adapted to the peculiarities of geography; and how the abundance of natural resources surrounding an island might eventually become something more than scenery. The paradox of island life has always been that abundance and scarcity can occupy the same landscape. The sea is everywhere, yet land is limited. Wind is inexhaustible, yet energy has historically depended heavily upon resources brought from elsewhere. The renewable transition attempts, slowly and imperfectly, to alter that equation.
Santa Maria offers an especially evocative setting for such a project. The oldest island of the Azorean archipelago in geological terms, with landscapes markedly different from the younger volcanic profiles elsewhere in the Region, it will receive three 900-kW turbines at Figueiral. Together they constitute the larger of the two licensed installations, with 2.7 MW of capacity. There is something symbolically compelling in placing new energy technology within one of the archipelago’s most ancient landscapes: geological time encountering technological time, the slow work of the Earth meeting the urgent demands of the twenty-first century. The wind that has crossed Santa Maria long before human settlement will now be captured by machines designed to translate motion into electricity—a conversion almost poetic in its simplicity, even if the engineering behind it is anything but simple.
Flores tells a somewhat different story. The official wording matters: the license concerns the remodeling of the Boca da Vereda Wind Farm, rather than the establishment of an entirely new installation. Consequently, the combined figure of 3.6 MW contained in the two licenses should not automatically be interpreted as 3.6 MW of entirely new wind capacity added to the Azorean system. The documents themselves do not provide enough information to make that conclusion, particularly because the Flores intervention concerns an existing wind-energy site. This is more than a technical footnote. In conversations about renewable energy, numbers can acquire an optimism greater than the facts permit. Installed capacity, replacement capacity, remodeled capacity and net additional capacity are not synonymous. A serious culture of sustainability requires the same precision from public language that it requires from engineering.
Yet modernization itself matters. Renewable transition is not accomplished only through spectacular new projects. It also depends upon renewing equipment, improving efficiency, adapting networks and maintaining systems already constructed. Sustainability is partly an architecture of continuity. A turbine standing in Atlantic weather is not an eternal object; neither is the grid receiving its electricity. Infrastructure ages. Technology advances. Climatic conditions test machinery. What was innovative yesterday eventually requires replacement or redesign. The remodeling at Boca da Vereda therefore belongs to another essential dimension of the energy transition: not merely building the new, but ensuring that what already exists remains technically capable of serving the future.
There is also a geographical eloquence in the pairing of Santa Maria and Flores. One lies toward the southeastern edge of the archipelago; the other inhabits its distant western world. Between them stretches almost the entire breadth of the Azorean constellation. To speak of renewable energy on these islands is therefore also to speak about cohesion—about the principle that the energy transition cannot belong only to the largest population centers or to the islands where investment is easiest to justify through conventional economies of scale. The environmental future of an archipelago must itself be archipelagic. It must acknowledge the different dimensions, resources, limitations and possibilities of each island while refusing to imagine smaller communities as peripheral to progress.
The licenses themselves remain necessarily limited documents. They tell us what has been authorized; they do not yet tell the entire story of what will be built, when it will become operational or at what cost. The published extracts contain no investment figures, no implementation schedules and no dates for entry into service. Nor, as noted, do they establish that the full 3.6 MW represents a net increase in installed wind capacity. Those questions will matter, because energy policy ultimately has to be measured not by announcements but by functioning infrastructure, electricity actually generated, fossil-fuel dependence actually reduced and benefits demonstrably reaching the communities whose landscapes accommodate the installations.
Still, there is something worth contemplating in these four turbines because the great environmental transition of our century will ultimately be composed of thousands of such apparently small decisions. Climate policy is often discussed through immense abstractions—global temperature thresholds, international agreements, carbon targets measured decades into the future. But transformation becomes real in particular places: on a hillside in Figueiral; at Boca da Vereda; through a cable entering a local grid; in the gradual replacement or modernization of machinery; in the electricity that reaches a house without the person switching on the light necessarily knowing that, somewhere beyond the window, Atlantic wind helped illuminate the room.
For the Azores, perhaps the deeper ambition should be precisely this: to make insularity not an obstacle to the energy future but one of the laboratories in which that future can be imagined. Islands understand limits with unusual clarity. Their boundaries are visible. Their resources can be measured. Their dependence is difficult to disguise. Their ecosystems reveal pressure quickly. What happens on a continent may disappear into distance; on an island, consequences tend to remain within sight. That vulnerability can become knowledge. And knowledge, if accompanied by political continuity, scientific seriousness and sustained investment, can become possibility.
The wind will continue across Santa Maria and Flores whether turbines stand there or not. It will cross Figueiral, climb the slopes of Flores, trouble the Atlantic, shake the hydrangeas and bend vegetation toward the weather. It belongs to no government and recognizes no energy strategy. Yet human intelligence has learned to enter into conversation with that ancient force, taking something that once represented only exposure and transforming part of it into power.
Perhaps that is one of the quieter meanings of renewable energy in an archipelago. The islands cannot command the wind. But they can learn how to receive what it has always been giving them.
Based on a story in Diário dos Açores-Paulo Viveiros, director.