Hemofarm steps up its decarbonisation efforts with 4 MW solar power plant
24. February 2026.
Hemofarm has set a 4 MW power plant into operation, installed on the roof of its manufacturing complex in Vršac, which represents a significant milestone in the company’s decarbonisation strategy and its long term transition towards low carbon operations. Exceeding 3 million euros, this investment ranks among the largest industrial rooftop solar projects in Serbia and further confirms Hemofarm’s commitment to integrating sustainability into its core business strategy.

This installation, spanning 21,000 square metres across 15 buildings and comprising approximately 8,000 solar panels, will generate around 5 million kWh of renewable electricity annually and will significantly strengthen the energy resilience of operations, reducing electricity consumption from the distribution grid at the site by around 12 percent. During the summer months, when consumption is highest, the power plant is expected to cover up to 50 percent of the facilities’ electricity needs, thereby helping to stabilise energy costs and reduce exposure to unpredictable market fluctuations.



The project is expected to prevent the emission of approximately 3,000–3,500 tonnes of CO₂ per year, which is equivalent to taking almost 2,000 cars off the road annually. This supports Hemofarm’s broader ambitions to operate in line with ESG principles and positions the company among the regional leaders in industrial energy transition.

‘This investment reflects our strategic focus on building a resilient, future ready business. By expanding the use of renewable energy, we are reducing our carbon footprint, strengthening energy security and creating a more sustainable foundation for long term growth,’ said Ronald Seeliger, Chief Executive Officer of Hemofarm.



The project, implemented on a turnkey basis, included structural reinforcement of the roof construction and the implementation of an advanced monitoring system designed to optimise performance and ensure operational reliability.

‘The solar power plant is primarily intended for self consumption, enabling greater predictability and stability of energy costs for the Vršac site, which is one of the key production hubs within the STADA Group’, said Vladan Stanojević, Director of Vršac site.



The solar power plant will be operating throughout the year, with the highest output achieved during periods of increased electricity consumption, further supporting efficient production and advancing the company’s decarbonisation plan.

Over its expected lifetime, the installation could prevent the emission of more than 80,000 tonnes of CO₂, demonstrating how targeted energy investments can simultaneously enhance competitiveness and accelerate climate action.