The Port of Riga is undergoing a massive industrial transformation as it pivots toward the green energy sector, securing a series of high-value investments to establish a comprehensive wind technology production hub. The development, centered in the Kundziņsala area, is designed to integrate the manufacturing, assembly, and logistics of offshore and onshore wind components into a single strategic cluster.
At the heart of this initiative is a combined commitment from three international investors who have pledged more than €700 million to build production facilities through 2034. This private investment is bolstered by €86 million in public funding, sourced from the European Regional Development Fund, the state, and the Freeport of Riga Authority, specifically allocated for the creation of essential port and logistics infrastructure.
For the Baltic region, the project represents more than just industrial growth; it is a calculated move to secure the European Union’s renewable energy supply chain. By localizing the production of critical wind turbine components and battery systems, Latvia is positioning itself as a vital node in the EU’s transition away from fossil fuels and toward energy independence.
The scale of the project is significant. The developed port logistics infrastructure covers 30 hectares, which, combined with three adjacent territories, creates a total lease area of 76 hectares for manufacturers. Once fully operational, the cluster is expected to create more than 2,000 new jobs, providing a substantial boost to the local economy and establishing Riga as a center for high-value-added manufacturing.
A Strategic Pivot for the Freeport of Riga
The transformation of Kundziņsala is part of a broader strategy by the Freeport of Riga Authority to diversify its operations. By shifting from traditional cargo handling toward specialized green technology production, the port is aligning itself with the European Green Deal’s objectives.
The public funding of €86 million acts as the catalyst, ensuring that the land is equipped with the necessary heavy-load berths, transport links, and utility infrastructure required to handle the massive scale of wind turbine components. These components—such as towers, nacelles, and rotors—require specialized logistics that few ports in the region are currently equipped to manage.
The project’s timeline is phased, with infrastructure development preceding the full scale-up of manufacturing. This approach allows the port to attract a variety of stakeholders, from raw material processors to final assembly experts, creating a “cluster effect” where companies benefit from their proximity to one another.
The Trio of Industrial Powerhouses
The hub is built around three primary investment agreements, each targeting a different segment of the wind and energy ecosystem. These partnerships ensure that the cluster is not merely an assembly point, but a full-cycle production environment.
The first major agreement was signed in December 2025 with SIA Latvijas atjaunojamās enerģijas projekti. This investor is focusing on the production of core wind technology components, including towers, flanges, nacelles, and rotors. With a planned investment ranging between €160 million and €250 million, the company will also integrate the processing of raw materials and semi-finished steel products. This facility is expected to generate up to 300 direct jobs and approximately 800 indirect roles, forming the industrial backbone of the cluster.
Adding a critical regional dimension, Lithuanian renewable energy developer UAB New Energy Group, via its subsidiary UAB Eurostat 5, has committed to establishing a wind technology assembly and logistics center. This facility will provide manufacturing, technical integration, testing, and shipment preparation services for both onshore and offshore projects. By 2034, the UAB Eurostat 5 project is projected to handle at least 150,000 tonnes of cargo annually and create between 150 and 220 jobs.
Completing the ecosystem is the Finnish firm Solidior Power Ltd., a specialist in nickel-zinc battery systems. Solidior Power is developing a large-scale battery manufacturing ecosystem on Kundziņsala. This addition is crucial because the intermittency of wind power requires advanced energy storage solutions; by placing battery production alongside turbine production, Riga is creating a holistic energy hub.
Strengthening the European Energy Supply Chain
The development of the Kundziņsala cluster arrives at a time when the European Union is aggressively seeking to reduce its reliance on external suppliers for green technology. The European Regional Development Fund‘s involvement underscores the project’s importance to the broader continental strategy.
Wind technology production is notoriously logistics-heavy. The sheer size of modern turbine blades and tower sections makes long-distance land transport nearly impossible. By utilizing Riga’s deep-water access and integrating it with specialized production facilities, the EU can more efficiently deploy wind farms across the Baltic Sea and Northern Europe.
This “integrated green industry cluster” approach reduces the carbon footprint of the manufacturing process itself by shortening the distance between the production of steel components, the assembly of the turbine, and the final shipment to the installation site. It effectively turns the Port of Riga into a launchpad for the Baltic region’s offshore wind ambitions.
Economic Impact and Regional Integration
The economic ripple effects of a €700 million investment are expected to extend far beyond the boundaries of the port. The creation of over 2,000 jobs will require a new wave of specialized technical training and engineering expertise in Latvia, likely fostering partnerships between the industrial hub and local universities.
the collaboration between Latvian, Lithuanian, and Finnish firms highlights a growing trend of Baltic-Nordic industrial integration. By sharing the supply chain—where components may be manufactured in one country and assembled or stored in another—the region is creating a competitive bloc capable of competing with larger industrial hubs in Asia and North America.
The project also serves as a blueprint for other European ports. The model of combining public infrastructure grants (the €86 million) with targeted private investment (the €700 million) demonstrates how state-led strategic planning can successfully attract foreign direct investment in high-tech manufacturing.
As the project moves toward its 2034 completion date, the focus will shift from infrastructure readiness to the phased commissioning of the production lines. The first stages of component manufacturing are expected to begin as the initial infrastructure is finalized, providing an early signal of the hub’s viability.
The next major milestone for the project will be the commencement of the first phase of construction for the production facilities as the lease agreements for the 76-hectare area are finalized and site preparations begin. Official updates on construction timelines are expected to be released by the Freeport of Riga Authority as the investors move from the agreement stage to active development.
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