European Energy Opens Latvia’s 148-MWp Targale Solar Park

• European Energy inaugurates Latvia’s 148-MWp Targale Solar Park, boosting Baltic clean power. In Ventspils, 110 MW grid capacity supports energy security and emissions cuts—its first completed Latvian project.

Danish renewables developer European Energy has inaugurated the 148-MWp Targale Solar Park in Latvia, its first completed renewable project in the country. Located in the Ventspils region, the solar facility has 110 MW of grid connection capacity and is among the largest solar installations in Latvia.

The project is a step toward expanding Baltic clean-energy infrastructure and supporting Latvia’s energy-transition targets. Once fully operational, the park is expected to deliver significant volumes of low-carbon electricity to the national grid, strengthening energy security while cutting emissions. European Energy said it sees the Baltics as an attractive growth market for additional renewable developments.

What makes European Energy’s Targale Solar Park in Latvia a major Baltic step?

• First large-scale solar build by European Energy in Latvia, establishing a local footprint that can help streamline future grid, permitting, and construction learnings across the region.
  
• Adds meaningful new generation capacity to the Baltic power system at a time when countries are actively modernizing networks to integrate more renewables.
  
• Bolsters energy security for Latvia and the broader Baltics by increasing domestic low‑carbon electricity supply and reducing reliance on imported fossil fuels.
  
• Strengthens regional clean-energy infrastructure by feeding more renewable power into existing transmission and distribution assets in the Ventspils area, supporting long-term grid resilience.
  
• Signals continued momentum for solar in northern Europe, where utility-scale PV is becoming a practical complement to wind and other renewables in the generation mix.
  
• Provides additional data and operational experience for handling Baltic grid conditions, including seasonal production patterns, curtailment management, and balancing with other variable resources.
  
• Helps meet policy-driven decarbonization goals by supporting the expansion of renewable generation that can replace higher-emissions generation during peak demand and high-sun periods.
  
• Encourages investment confidence across the Baltics by demonstrating that large PV projects can be delivered, commissioned, and connected effectively in the region.
  
• Supports the development of a wider regional renewables pipeline, potentially accelerating follow-on projects through improved supply-chain readiness, contractor capacity, and stakeholder coordination.
  
• Contributes to cross-border energy transition objectives by increasing the amount of clean electricity available for harmonized regional planning and future interconnection use.