High-voltage 3-phase electrical generator with a cylindrical rotor and maintenance-free stator core. The base design is compliant with IEC and IEEE/ANSI standards and, optionally, many others.

Direct radial air cooling of the rotor winding with uniform temperature distribution using Computer Fluid Dynamics (CFD) analysis ensures optimized use of material and increased efficiency for optimal performance.

You can choose between either rotating brushless exciter machines with stationary field exciter and rotating bridge connector rectifier or static excitation using collector rings with power taken from stationary excitation equipment for your application.

Coupling design can be adapted to different turbine types and any manufacturer's turbine equipment.

The MICALASTIC® high-voltage insulation of the generator stator coils enables a maintenance-free stator core.

We use state-of-the-art manufacturing technology for high quality and precision.

Our generators are designed for easy installation. With their extensive experience in commissioning, our certified engineers can help you to achieve even faster start-up times and smooth operation.

You can benefit from the close collaboration between service, engineering and manufacturing teams through a network of factories and service centers strategically located throughout the world. We offer service solutions to increase the efficiency, reliability and availability of your assets.

RDS is installed easily and quickly. It offers fast, secure online help and advanced troubleshooting without the need for a site visit. Rotor dynamic data will be correlated and analyzed with respect to operational data.

Turning data into value for our customers is only possible through continuous and secure data exchange. We combine your operational excellence with our OEM engineering knowledge. Daily monitoring by remote diagnostic engineers – supported by advanced analytic software – is the key.

Our generators can be flexibly integrated into combined cycle power plants (CCPP), combined heat and power (CHP) and industrial power plants.

We supply generators for large simple or combined cycle power plants, suitable for peak, intermediate or base load duty, as well as for cogeneration applications.

You can benefit from our proven track record in oil and gas applications ranging from oil fields and refineries to the petrochemical industry.

Our generators comply with recognized standards all over the world (e.g., API, IEEE, IEC) as well as specifications set by customers such as Saudi Aramco, Shell and BP.

• Available for various types of power plants, our generators can be efficiently adapted to local site conditions.
  
• In addition, they can increase the rated power and efficiency of a power plant.
  
• By replacing the older equipment, you also reduce the risk of finding unexpected signs of aging or damage in the existing generator.
  
• For the replacement of non-OEM equipment, 3D measurement is available to adapt existing foundations.
  

The existing foundation and electrical connections as well as the axial shaft center height can be re-used. When an aging water- or hydrogen-cooled generator is replaced, existing high-maintenance auxiliaries will be reduced. Operating and maintenance costs can be reduced and the potential service life will be extended.

Synchronous condensers have the unique ability to respond inherently without any time delay to fault or load imbalance events. They increase the short circuit power by their overload capability and improve the rate of change of frequency (RoCoF) by the physical inertia contribution. Furthermore synchronous condensers provide dynamic voltage control by supplying and absorbing reactive power to and from the grid.

A synchronous condenser solution comprises a generator connected to the high voltage network through a transformer. It is started by either an electric motor or a static frequency converter. Once synchronized with the network, the generator behaves like a synchronous motor without load, compensating reactive power and stabilizing the system, in case of a fault or imbalance events. 

Solar power technologies are an economical and efficient alternative with a huge potential of power generation, capitalizing on a fuel that is both free and abundant, without greenhouse gas emissions.

Combusting biomass feedstock to create electricity does not contribute to global warming and helps to avoid the release of other harmful emissions. Also, viable fuels are produced in many industries with no additional processing costs involved, further improving the financial feasibility of new plants on favorable sites.