With the commissioning of Project Titu, a 54 MW solar park in Romania, Enery is not only strengthening its footprint in Romania but has also completed its first full-cycle development in one of the fastest growing renewable markets in CEE – from initial draft to final grid connection.
Enery’s “full cycle” capability
The European energy transition is no longer just a theoretical roadmap; it is being built, piece by piece, across the landscapes of Central and Eastern Europe (CEE). Romania, in particular, has emerged as a central hub for this transformation. And it is within this dynamic environment that Enery has successfully launched its Project Titu. Located in the southern part of the country, this photovoltaic (PV) plant is more than just an addition to the regional grid – it represents the culmination of Enery’s core mission: delivering reliable, affordable and long-term green energy through a fully integrated approach.
For Alberto Martinez, Head of EPC, the project carries a special significance. “Our first fully developed project in Romania where we are completing the full cycle – development, construction and operation – reflects Enery’s DNA in delivering green electricity to the European grid,” he explains. This “full cycle” capability is what sets the company apart in a competitive market, ensuring that quality and sustainability are baked into every stage of a project’s lifecycle.
Full-Cycle Development and Grid Connection Execution
However, implementing such a complex system is rarely a simple task. Construction began in February 2025, and the team faced the challenge of coordinating numerous components within a tight timeframe. Construction Manager Asen Asenov highlights the intensity of the build phase: “From a construction standpoint, Titu PV is a highly demanding project, requiring tight coordination across numerous subcontractors and precise execution of the substation works, where both the erection activities and the grid connection process present significant challenges.” For Asenov, the successful energization in March 2026 is a professional highlight, proving that even the most complex grid-connection processes can be mastered through expert management and technical rigour.
Reflecting on the journey so far, Project Manager Manuel Maier sees the project as a victory for collaboration. “What makes Project Titu a success, despite the technical challenges we overcame during construction, is the cooperation among all partners, contractors and stakeholders involved throughout the process,” he says. This spirit of cooperation has enabled the project to reach its current testing period and move towards full commercial operation. As Project Titu begins to deliver its 80 GWh of green electricity every year, it stands as a clear signal of what is possible when technical expertise meets a shared vision of a cleaner, more resilient energy future for Romania and the entire CEE region. This project is a testament to the power of strategic partnerships and technical excellence, providing the clean energy needed to power the world’s first zero CO2 emission tyre factory.
Enerys PV system in Titu, Dâmbovița County, in Southern Romania.
Technical Specifications of Project Titu
The scale of Project Titu is impressive. To achieve an expected annual production of 80 GWh, Enery has utilized state-of-the-art technology from industry leaders.
Key Technical Data:
- DC capacity: 54.28 MWp
- AC capacity: 42.60 MWac
- Expected annual production: 80 GWh
- Solar modules: 88,270 high-efficiency modules from Longi Solar
- Inverters: 142 Huawei inverters and specialized medium-voltage stations
- Tracking system: single-axis trackers from Nextracker
- Construction start: February 2025
- Energization: March 2026
Single-axis trackers from Nextracker allow the panels to follow the sun’s path with mathematical precision and enable the plant to maximize its energy yield.
Empowering the Local Community
The technical success of Project Titu is not the end of the story, but rather a beginning. The site has been designed with the future in mind, featuring a planned PV extension of approximately 10 MWp. Beyond the megawatts delivered to the grid, Enery remains deeply committed to the social dimension of its projects. At Titu, the transition to green energy is felt directly by the local community through targeted social infrastructure projects. Sustainability, in Enery’s view, must be inclusive.
As part of the project’s value creation, Enery has installed a 10 kWp PV system on the roof of the kindergarten in Potlogi and an 8 kWp system on Titu Community Centre. These installations do more than just lower operational costs for local institutions; they serve as educational tools that empower the next generation. In addition, 45 children in need received a full set of winter clothes and accessories.
The project will also implement a biodiversity monitoring pilot in partnership with XNatura. The site will be equipped with two acoustic IoT sensors to monitor pollinators and other flying insects as well as one sensor for bird monitoring, providing data of measurable biodiversity changes over time.
By bringing solar technology directly into the lives of citizens and children, the project fosters a deeper understanding of renewable energy and its benefits. It is a “smart community” approach that ensures the energy transition is not just something that happens in a remote field, but also something that creates visible, positive change in neighbourhoods.
Decarbonizing Industry: The Nokian Tyres Partnership
One of the most compelling aspects of Project Titu is its direct impact on industrial decarbonization. In an era where corporate ESG targets are becoming a “licence to operate”, the role of Power Purchase Agreements (PPAs) has never been more critical. Project Titu is a prime example of this development, as it is underpinned by a long-term electricity offtake agreement with Nokian Tyres.
The agreement ensures the delivery of 61 GWh per annum to Nokian Tyres, specifically supporting their groundbreaking manufacturing facility in Oradea. This factory is recognized as the world’s first zero CO2 emission tyre factory – a feat achieved by eliminating fossil fuels from its production processes and relying entirely on CO2-free energy. By securing clean electricity from Titu, Nokian Tyres is not only getting protected against market volatility but also making a tangible contribution to Europe’s green transition. This partnership illustrates how Enery acts as a strategic enabler for industrial leaders, helping them reach net-zero greenhouse gas emission levels by 2050 while maintaining international competitiveness.
FAQ
What is a photovoltaic system?
Photovoltaics refers to the direct conversion of sunlight into electrical energy using solar cells. In a photovoltaic system, these solar cells generate pure direct current (DC) from incoming sunlight through the photoelectric effect. An inverter then converts this into usable alternating current (AC) so that the electricity can be consumed in the household, stored, or fed into the public grid.
How much green electricity will Project Titu produce?
Project Titu, a 54 MW solar park in Romania commissioned by Enery, is expected to produce 80 GWh of green electricity per year.
How does Project Titu support industrial decarbonization?
Project Titu is underpinned by a long-term electricity offtake agreement with Nokian Tyres, delivering 61 GWh per annum to support the company’s zero CO2 emission tyre factory in Oradea.
How does Project Titu benefit the local community?
Enery has installed PV systems on the kindergarten in Potlogi and Titu Community Centre, provided winter clothing for 45 children in need and planned a biodiversity monitoring pilot with XNatura.