Whether it is continuous, standby or prime power, power generation or combined heat and power production (CHP), MTU gas generator sets are effective, dependable and configured to meet your exact requirement.
Backed by decades of experience and complete system expertise, we provide reliable gas generator sets for a wide variety of applications where the need for constant power never changes. These include:
50 Hz and 60 Hz products Electrical power range from 120 - 2,500 kW
Natural gas and biogas gas fueled generator sets and modules
We rigorously analyze the power generation demands of your business and staff, as well as the applicable standards, guidelines, deadlines, and local conditions. This allows us to design the optimal solution for standby power, continuous-prime power, or microgrids & hybrid solutions to prevent future problems.
Our wide-ranging experience helps guarantee on-time development and delivery of your standby generator or prime power generator solution. Network communication and power distribution are enabled by our flexible decentralized control strategies.
We ensure optimum operation and integration of your standby generator and prime power generator with the local power grid and control network, including software implementation, emergency simulation, test runs and training.
We can provide 24/7 power generation system monitoring and comprehensive on-site service for all components conducted by experienced technicians with expert knowledge of regional standards and how to apply them.
Germany’s largest ice cream producer operates out of Heppenheim in the beautiful southern state of Hesse. Langnese makes ice cream for the whole of Europe here. Since the end of 2009, a MTU heatcontrolled cogeneration plant (CHP) has been in service here to partly cover the high demand for heat and power. The MTU 16-cylinder Series 4000 natural gas engine from a MTU heatcontrolled achieves an efficiency factor of 87.1% by optimizing the utilization of heat. The combined heat and power plant allows Langnese to adapt heat generation flexibly to satisfy peak production demands in its factory.