Back to the roots! Among other things, two CHP modules (electrical output 400 kW each, thermal output 457 kW each) were integrated into the listed energy center from 1912. Even back then, the hospital was supplied by CHP - a coke-fired steam boiler with a downstream steam engine. In the 1970s, the switch was made to gas-fired steam boilers with steam turbines. In 2000, the hospital then switched to district heating.
The two CHP units are heat-led to cover the base load. The hospital continues to purchase heat from E.ON's CHP plant via the district heating transfer stations for medium and peak loads. The total thermal output of the control center is therefore 11,660 kW. Peak loads are balanced out with the new buffer storage tank (50 m³). The properties of the district hospital are supplied via an internal local heating network. As part of the modernization of the generation and heat distribution, the I&C technology was brought up to date. This ensures the greatest possible efficiency in the operation of the complex overall system. Energy is controlled by recording consumption and output for all generators and consumer circuits.Gammel Engineering would like to thank the IAK team for their trusting and constructive cooperation!
The Verein zur Förderung krebskranker und körperbehinderter Kinder Ostbayern (VKKK) supports children and young people with cancer and their families with care, financial assistance and practical support.
Gammel Engineering worked with the customer to plan and technically implement an emergency steam boiler system in order to secure the process-side steam supply of chemical and special materials producer Nabaltec AG in the long term.
We are pleased to announce another important qualification step in our company: Our employee Tobias Backhaus has successfully completed the BAFA energy consulting course for energy efficiency consultants for non-residential buildings.