University of Kassel donates combined heat and power plant to Ukrainian hospital

The university no longer needs the CHP unit itself: it has converted the heat supply at Holländischer Platz to district heating. This step improves the university's carbon footprint and supports the Hessian state administration's goal of becoming climate-neutral by 2030. "The handover of the combined heat and power plant to a Ukrainian hospital brings together two of our university's concerns: Climate protection and social commitment," says Chancellor Dr. Oliver Fromm. "By switching to more efficient systems, we are improving our own energy and emissions balance - and at the same time enabling sensible continued use in a place where energy supply is currently critical."

The Hessian Minister of Science is also enthusiastic about the Kassel campaign: "Universities not only bear responsibility for education and research, but also for society - both locally and globally. The fact that the University of Kassel is donating a combined heat and power plant to supply a hospital in Ukraine with urgently needed energy is an impressive example of solidarity in action and practical commitment. With its technical know-how and attitude, it is making a valuable contribution in times of crisis," said Science Minister Timon Gremmels.

Equipped with a powerful 12-cylinder Deutz engine and an electrical output of 600 kVA, the CHP plant is capable of supplying around 5,000 people with electricity and heat. It is still fully operational and, with proper maintenance, can continue to supply energy reliably for many years to come.

The dismantling of the large unit on the campus began two months ago on March 7. Helpers from Ukrainehilfe, led by project coordinator Heinz W. Jordan, worked together with specialists from Albert Regel GmbH, a company from Baunatal that specializes in mobile cranes, heavy transport and industrial removals. Together, they ensured the professional dismantling and systematic labeling of all components to ensure a smooth recommissioning on site. The transport was carried out by low-loader, supported by a forklift truck and crane, and was financed by the Hessian Ministry of the Interior, Security and Homeland Security.

Editor's note:
In an earlier version, the potential supply capacity of the combined heat and power plant was stated as being up to 20,000 households. This figure was corrected after consultation with the energy efficiency management team at the University of Kassel - a supply of around 5,000 people is realistic.