European Energy has successfully connected the 148 MW Glejbjerg Solar Park to the Danish electrical grid, completing the facility's transition to full operational status. The utility-scale solar installation adds significant renewable energy capacity to the company's Northern Europe portfolio and includes a Power Purchase Agreement for long-term revenue stability.

Technical Specifications and Capacity

The Glejbjerg Solar Park features an installed capacity of 148.2 MW, comprising 238,368 photovoltaic modules mounted on a fixed-tilt system. The facility is supported by 572 inverters, designed to optimize energy conversion and streamline operations and maintenance. This technology configuration is positioned to appeal to long-duration infrastructure portfolios seeking operational efficiency.

The solar park is expected to generate approximately 133 GWh of electricity annually, which corresponds to the power consumption of roughly 33,000 Danish households. This generation capacity contributes to Denmark's ongoing expansion of utility-scale solar production and supports the decarbonization of the national electricity system.

Construction Timeline and Operational Achievement

Construction of the Glejbjerg Solar Park was completed in approximately one year and delivered on schedule. The project achieved Commercial Operation Date (COD) at the end of 2025, reflecting consistent progress throughout the construction phase. According to Poul Jacobsen, EVP and Head of EPC at European Energy, bringing the solar park online ahead of schedule demonstrates a consistent construction process and provides a strong foundation for the asset's operational performance in future years.

The completion of construction and commissioning activities has reduced technical risk associated with the project and established a clear foundation for long-term asset performance. The facility has now transitioned fully into its operational phase following the completion of final technical checks.

Grid Integration and Infrastructure

The Glejbjerg Solar Park connects to the electrical grid at the same connection point as the nearby Holsted Solar Park, which European Energy already owns and operates. This shared grid infrastructure creates a natural operational linkage between the two solar facilities, including provisions for the integration of battery energy storage systems.

The shared grid connection arrangement represents an efficient use of transmission infrastructure and positions both solar parks within European Energy's operational project pipeline. This configuration is designed to support future commercial optimization strategies.

Community Integration and Contractual Framework

Several community-oriented features have been incorporated into the landscape surrounding the solar park, including a shelter and recreational areas. These additions are designed to integrate the project into the local area and support long-term coexistence with the surrounding community.

Electricity generated by the Glejbjerg Solar Park is delivered under a Power Purchase Agreement, which ensures stable revenue characteristics to support ongoing operations. The facility's scale, technology configuration, and contractual framework align with investor expectations for stable, long-duration energy infrastructure assets.

The completion of the Glejbjerg Solar Park strengthens European Energy's operational platform in Northern Europe by adding another utility-scale asset with contractual revenue security suitable for long-term ownership. Both the Glejbjerg and Holsted solar parks form part of the company's operational project pipeline and are positioned for potential future commercial optimization initiatives.

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