Energy Efficiency Through Solar Power

DN AGRAR is implementing a large-scale solar energy project aimed at increasing energy efficiency across its farms and significantly reducing electricity costs. By integrating photovoltaic systems and energy storage solutions into its operations, the company is strengthening its commitment to sustainable agriculture while improving operational efficiency.

In 2025, DN AGRAR invested approximately EUR 7.5 million in solar panel installations across several farms within the Group. The project includes the installation of photovoltaic systems with a total capacity of 2,218 kW, together with battery-based energy storage systems, enabling the farms to produce and manage a significant share of their own electricity needs.

Implementation Timeline

  1. Q2 2025

    Installations begin

    Installation process started across Apold, Cut, and Lacto Agrar farms.

  2. 2025

    Farms completed & operational

    Photovoltaic systems and energy storage units fully installed and operational at Apold, Cut, and Lacto Agrar.

  3. 2026

    Final commissioning

    Commissioning phase expected upon completion of infrastructure for increased electrical capacity.

The installations were carried out on the rooftops of the following farms:

Estimated Financial Impact

The solar energy project is expected to significantly reduce the Group’s electricity expenses across the participating farms. The estimated combined savings over 2026-2028 are ~2.1M.

All figures represent estimated projections.

80% target reduction in electricity bills

Estimated annual savings as more farms come online:

2026 ~€500K Apold, Cut, Lacto Agrar
2027 ~€700K + Straja farm
2028 ~€900K + Cut 2 farm

Supporting Sustainable Operations

By investing in renewable energy infrastructure, DN AGRAR is reducing its dependence on external energy sources while lowering operational costs and environmental impact. The integration of solar power and battery storage strengthens the Group’s long-term strategy of sustainable, resilient, and energy-efficient agricultural production.

Project Timeline

No project phases found.

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