In a significant move towards sustainability, Hemofarm, a Serbian pharmaceutical manufacturer and subsidiary of Germany’s Stada Group, has launched a 4 MW rooftop solar power plant at its facility in Vršac. This project represents an investment of approximately 3 million euros and is one of the largest industrial solar initiatives in Serbia to date, reflecting the growing trend of renewable energy adoption within the region’s manufacturing sector.
The solar installation encompasses around 21,000 square meters of roof space and features approximately 8,000 photovoltaic modules. It is projected to generate close to 5 million kWh of clean electricity annually. This output is expected to reduce Hemofarm’s dependence on grid-supplied power by about 12% over the next year, indicating a strategic shift towards self-sufficiency in energy consumption.
Seasonal energy generation is anticipated to be particularly impactful. During peak summer months when electricity demand typically escalates, the solar array could potentially fulfill up to half of the factory’s total energy needs. Moreover, this initiative aims to significantly lower carbon dioxide emissions by an estimated 3,000 to 3,500 tons each year, contributing positively to environmental goals.
Management at Hemofarm has characterized this project as a fundamental aspect of their long-term sustainability strategy. The company’s focus on reducing its environmental footprint aligns with broader industry trends towards enhancing supply security and operational resilience. By increasing the proportion of renewable energy in its overall energy portfolio, Hemofarm seeks to bolster its competitive edge and ensure sustainable growth moving forward.
The project was executed under a full turnkey arrangement that not only involved the installation of solar panels but also included enhancements to the building’s roof structure for better support and the implementation of an advanced digital monitoring platform. This technology enables real-time performance tracking, optimizing efficiency and ensuring reliable operations across the facility.
