Renewable fuel producer Kurana is investing 2.16 million euros in a nearly 3-megawatt solar plant and a 5.57-megawatt-hour energy storage system at its Pasvalys district production facility, aiming to slash its annual carbon dioxide output by 1,471.14 tons while securing backup power against grid disruptions.
- Total Capital Expenditure: Approximately 2.16 million euros allocated for the entire renewable energy infrastructure upgrade.
- Component Breakdown: Around 900,000 euros dedicated to the solar power installation, contrasted with 1.26 million euros assigned to the energy storage system.
- Generation Capacity: A 2.972 MW solar installation utilizing 725W TCL modules, projected to generate about 2.9 gigawatt-hours annually.
Contractor REENPRO has committed to completing the installation by the fourth quarter of 2027 on the grounds of the Kurana factory in the Pasvalys district.
The initiative builds on prior collaboration between the two companies, which previously installed a 2.41 MW solar plant and a 2.025 MWh energy storage facility for the client. According to Kurana Executive Director Jolanta Kukurienė, the expansion is designed to curb production outlays and align output with sustainable corporate standards.
“Esame atsinaujinančių degalų gamintojai, tad naudoti kuo daugiau žaliosios energijos ir gamybos procese – mūsų įsipareigojimas klientams ir visuomenei,” Kukurienė stated, highlighting the firm’s role in the renewable fuel sector. She added that the system will strengthen the enterprise’s resilience against electricity price volatility.
The technical architecture features Sigenergy energy storage equipment paired directly with hybrid inverters on a direct current circuit. This setup cuts conversion losses between direct and alternating current phases. REENPRO head Danis Jarušas noted that physical placement required bespoke engineering to route cables underground, across an overhead bridge, and into internal connection points.
“Individualiame ar verslo objekte įrengti energijos kaupikliai nebūtinai reiškia, jog, nutrūkus elektros tiekimui iš tinklo, automatiškai galima naudotis baterijose sukaupta energija,” Jarušas explained regarding the necessity of hybrid inverters for back-up functionality. The designated reserve supply will sustain core factory processes during unexpected grid failures.
| Project Parameter | Technical Specification | Financial Allocation |
|---|---|---|
| Solar Plant Capacity | 2.972 MW (725W TCL Modules) | ~900,000 EUR |
| Energy Storage Volume | 5.57 MWh (Sigenergy System) | ~1,260,000 EUR |
| Projected Annual Generation | ~2.9 GWh per year | N/A |
The appointed contractor brings over 17 years of market experience, originating from the construction of Lithuania’s first solar power plant. To date, the firm has delivered more than 50 MW of cumulative capacity across 1,600 client engagements. Kukurienė pointed to this track record as the decisive factor in bypassing alternative bids for the Pasvalys undertaking.
“Renkantis rangovą, mums svarbu patirtis, techninių sprendimų patikimumas, darbų atlikimo kokybė bei gebėjimas užtikrinti sklandų visos sistemos veikimą ir ilgalaikę jos priežiūrą,” Kukurienė remarked. The deployment timeline spans development phases through late 2027, positioning the manufacturer to absorb greater volumes of self-generated green electricity over the medium term.
