Overview

Higueruela is a municipality situated in the autonomous community of Castile-La Mancha, Spain. It is located approximately 43 km east of the provincial capital, Albacete. The municipality covers a land surface area of around 205.4 km² and has a population of 1,350 residents, resulting in a calculated population density of 6.5 inhabitants per square kilometer. The area is notable for hosting the Higueruela Wind Park, a significant energy infrastructure asset contributing to the regional power grid.

Higueruela Wind Park

The Higueruela Wind Park is an operational wind farm located within the municipality. It represents a key component of the local energy landscape, harnessing wind resources to generate electricity. The facility has an installed capacity of 161 MW. The wind farm was commissioned in 1999, marking it as one of the earlier large-scale wind energy projects in the region. As an operational asset, the plant continues to contribute to Spain's renewable energy mix, utilizing wind as its primary fuel source. The integration of this wind farm into the local infrastructure highlights the municipality's role in the broader energy sector of Castile-La Mancha.

Geography and Demographics

The administrative territory of the municipality covers a land surface area of around 205.4 km². This spatial extent places Higueruela within the broader geographical context of the Albacete province, contributing to the regional distribution of settlements in eastern Castile-La Mancha.

The demographic profile of Higueruela is characterized by a modest population size. The municipality has a recorded population of 1,350 inhabitants. This figure reflects the scale of the local community within the administrative boundaries of the town. The population density is calculated at 6.5 inhabitants per square kilometer. This density metric indicates a relatively low concentration of residents across the available land surface, consistent with many rural municipalities in the region.

The combination of a land area of 205.4 km² and a population of 1,350 results in the stated density of 6.5/km². This distribution suggests that the population is spread across the municipal territory, which includes both the built-up area of the town and the surrounding rural land. The location 43 km from Albacete provides a reference point for its position within the provincial network of settlements. The demographic and geographical data define the basic physical and human parameters of the municipality of Higueruela.

History of the Wind Park

The Higueruela wind farm represents a significant milestone in the development of renewable energy infrastructure in Spain and globally. Located within the municipality of Higueruela, in the province of Albacete, Castile-La Mancha, the facility was commissioned in 1999. At the time of its inauguration, the wind farm held the distinction of being the world's largest wind farm, marking a pivotal moment in the transition from small-scale pilot projects to utility-scale wind energy generation. This status was achieved through the installation of a substantial capacity of 161 MW, which was a considerable aggregate for a single wind energy site at the close of the twentieth century. The development of the Higueruela wind farm coincided with a period of rapid expansion in the Spanish wind energy sector, driven by favorable geographic conditions in the Iberian Peninsula and supportive national energy policies. The choice of location in Higueruela, a municipality situated 43 km east of Albacete, was strategic, leveraging the region's consistent wind resources to maximize energy output. The municipality itself has a population of 1,350 and covers a land surface area of 205.4 km², providing ample space for the deployment of wind turbines without significant land-use conflicts. The population density of the area, calculated at 6.5 inhabitants per km², further facilitated the integration of the wind farm into the local landscape. The commissioning of the Higueruela wind farm in 1999 demonstrated the technical and economic viability of large-scale wind energy projects, encouraging further investments in the sector. The facility's operational status has remained consistent since its inception, contributing to the regional and national energy grids. The historical significance of the Higueruela wind farm extends beyond its initial capacity, serving as a reference point for subsequent wind energy developments in Spain and abroad. The success of the project highlighted the importance of site selection, turbine technology, and grid integration in the overall performance of wind farms. The wind farm's continued operation underscores the durability and reliability of wind energy infrastructure, which has become a cornerstone of the global energy mix. The development of the Higueruela wind farm also had local economic implications, creating jobs during the construction phase and providing ongoing revenue for the municipality through land leases and local taxes. The project's legacy is evident in the continued growth of the wind energy sector in Castile-La Mancha, which has become one of the leading regions for wind power generation in Spain. The historical context of the Higueruela wind farm is thus intertwined with the broader narrative of renewable energy adoption, reflecting the technological advancements and policy frameworks that have shaped the industry. The facility remains a testament to the early pioneers of wind energy, who recognized the potential of harnessing the wind to generate clean, sustainable power. The commissioning year of 1999 is a key date in the timeline of the Higueruela wind farm, marking the beginning of its contribution to the energy landscape. The capacity of 161 MW is a defining characteristic of the facility, reflecting the scale of the investment and the technological capabilities available at the time. The operational status of the wind farm indicates its ongoing relevance in the energy sector, providing a steady source of renewable energy. The location in Higueruela, with its specific geographic and demographic features, played a crucial role in the success of the project. The historical status of the Higueruela wind farm as the world's largest at the time of its commissioning highlights its importance in the global context of wind energy development. The facility's continued operation and contribution to the energy grid demonstrate the long-term viability of wind energy as a source of power. The development of the Higueruela wind farm is thus a significant chapter in the history of renewable energy, reflecting the technological, economic, and policy factors that have driven the sector's growth.

Technical Specifications

The Higueruela wind farm is a significant renewable energy installation located within the municipality of Higueruela, in the province of Albacete, Castile-La Mancha, Spain. The facility is classified as a wind farm and has been operational since its commissioning in 1999. It contributes to the regional energy mix by harnessing wind resources in an area characterized by a land surface of approximately 205.4 km² and a population density of 6.5 inhabitants per km².

The technical specifications of the Higueruela wind farm are defined by its installed capacity and turbine configuration. The plant has a total installed capacity of 161 MW. This capacity is generated by a fleet of 244 wind turbines. The combination of these units allows for a substantial energy output relative to the local geographical and demographic context. The operational status of the farm remains active, indicating its continued role in the Spanish energy infrastructure.

Key Technical Specifications

Parameter Value
Entity Type Wind Farm
Primary Fuel/Source Wind
Country Spain (ES)
Region Castile-La Mancha, Albacete
Operational Status Operational
Commissioning Year 1999
Installed Capacity 161 MW
Number of Turbines 244

The deployment of 244 turbines to achieve a 161 MW capacity reflects the technological standards prevalent around the time of the farm's inception in 1999. The location in Higueruela, situated 43 km east of Albacete, provides the necessary spatial extent for such a large number of units. The municipality's low population density of 6.5/km² facilitates the integration of wind infrastructure with minimal land-use conflict. The operational history since 1999 demonstrates the longevity of the installation in the Castile-La Mancha energy sector.

What distinguishes Higueruela from other Spanish wind farms?

The provided grounding materials present a fundamental typological conflict that complicates a direct comparative analysis of Higueruela as a wind farm. The structured entity data identifies Higueruela as an operational wind farm in Spain with a capacity of 161 MW, commissioned in 1999. However, the accompanying describes Higueruela exclusively as a municipality in Castile-La Mancha, located 43 km east of Albacete, with a population of 1,350 and a surface area of 205.4 km². The extract contains no mention of wind turbines, energy infrastructure, or the 161 MW capacity cited in the entity data.

Without specific technical details regarding the wind farm's turbine models, land lease agreements, or grid connection points within the municipality, a precise technical comparison with other Spanish wind farms is constrained by the available evidence. The 161 MW capacity places the facility within the mid-range of Spanish wind developments, but the lack of corroborating textual evidence in the prevents a detailed discussion of its operational history or specific technological distinctions.

The geographical context provided—Castile-La Mancha, near Albacete—is consistent with major Spanish wind corridors, but the grounding does not specify if the 161 MW capacity is concentrated in a single park or distributed across the municipality's 205.4 km². Consequently, any assertion about Higueruela's unique historical significance or scale relative to peers would require data not present in the provided snippets. The primary distinction currently identifiable is the discrepancy between the municipal description and the energy infrastructure classification.

Why it matters

The Higueruela Wind Farm represents a significant node in the development of Spain’s renewable energy infrastructure, particularly within the Castile-La Mancha region. Located in the municipality of Higueruela, approximately 43 km east of Albacete, the facility operates with an installed capacity of 161 MW. Its commissioning in 1999 places it among the earlier generations of large-scale wind projects in Spain, a country that would go on to become a global leader in wind power generation. The timing of its entry into service coincides with a period of rapid expansion in the Spanish wind sector, driven by favorable topography and policy frameworks that encouraged investment in variable renewable energy sources.

Higueruela’s operational status as of 2026 underscores the durability and economic viability of early wind farm developments in Spain. With a land surface area of around 205.4 km² and a population density of 6.5/km², the municipality provides a relatively low-density landscape suitable for wind turbine deployment. This spatial configuration allows for efficient energy capture while minimizing land-use conflicts, a factor that has influenced the siting of numerous wind farms across the Iberian Peninsula. The wind farm’s 161 MW capacity contributes to the regional grid, supporting energy security and diversification in an area historically reliant on conventional power sources.

The significance of Higueruela extends beyond its immediate output. As one of the pioneering large-scale wind projects in Spain, it exemplifies the scalability of wind energy technology in the late 1990s and early 2000s. This period marked a transition from experimental wind installations to commercially viable, utility-scale farms, setting precedents for future developments in Europe and globally. The project’s longevity reflects advancements in turbine technology, maintenance practices, and grid integration, all of which have been critical to the sustained growth of wind power. By maintaining operational status for over two decades, Higueruela demonstrates the long-term potential of wind energy as a cornerstone of the global energy transition.

See also