On the road to hybridization, the shipping industry is facing new challenges every day. Here at Geislinger, we are ready to take on all of them. Global decarbonization has taken up speed and authorities are tightening regulations day by day. Marine hybridization offers a wide range of possibilities not only to comply with those directives, but also to bring further benefits such as cutting down on fuel costs and prolonging service intervals. We see our part in this process in supporting our customers by taking care of their powertrain requirements, and thus taking care of all of our environment.
The quality and variety of Geislinger products relies on our 60 years of experience with powertrain solutions. With our portfolio of couplings, dampers, shaftlines, and monitoring equipment, we provide tailor-made solutions for any application. Whatever your requirements are – low maintenance, electrically insulating materials, low reaction forces, or high torsional flexibility – Geislinger provides your customized solution.
Azimuth thruster driven by an electric motor
Elastically mounted electric motor with an azimuth thruster
Mechanical azimuth thruster with an elastically mounted electric motor
Elastically mounted electric motor with a direct driven propeller system
Elastically mounted electric motor with a high acoustic sound insulation
High acoustic sound insulation for an elastically mounted electric propulsion system
Acoustically optimized electric driveline
Elastically mounted hybrid marine powertrain
Rigidly mounted single bearing genset.
Rigidly mounted genset
Elastically mounted genset
Genset for underfloor rail applications
Electric motor for rail traction
Challenging torsional vibration situations and high acoustic requirements plus the complexity of various operating modes require tailored and sophisticated coupling solutions. They need to be lightweight and in the case of electric motor drives they often need electric insulation properties as well. In addition, they have to offer a high misalignment capability to meet all present movements due to the extremely soft engine and gearbox arrangement. The solution for mega yacht applications is our Geislinger SILENCO® acoustic coupling, as it minimizes the transfer of the structure-borne noise significantly while transmitting even high-power levels. Due to our holistic system approach, Geislinger is able to provide innovative Powertrain Solutions for mega yachts.
Underwater noise radiation by fisheries research vessels must be lower than most other vessel types. These strict requirements are laid upon researchers by marine life itself. If there is too much noise, the object of observation is gone. Our Geislinger SILENCO® is the optimum solution for attenuating noise and torsional vibrations transmitted via the drive shaft to the propeller. The special design is a result of both extensive research as well as experience, making it a high-performance lightweight component. Aside from its torsional properties, it is also capable of compensating axial, radial and angular misalignment.
Our maintenance-free GESILCO® carbon fiber shafting and misalignment coupling solutions offer operators the system with low weight and along with that unique weight saving also the bearing loads in adjacent propulsion components, such as gears or bearings are reduced significantly. Soft mounted equipment shows high dynamic misalignments and Geislinger provides composite shafting and coupling systems to allow for axial, radial, and angular movement during operation. Outstanding shock capabilities and excellent acoustic attenuation underline the use of Geislinger products for vessels running at high speeds.
Dynamic positioning operations require certain engine power reserves that must be available promptly. By providing power from batteries, the need for operating engines in low-load areas is decreased – and so is fuel consumption. A good hybrid system integration, however, requires more than just batteries. The Geislinger coupling provides the torsional flexibility needed in hybrid powertrains. Thus, it protects the electric machinery from torque shocks prolonging its lifetime. Our long-lasting products offer low total cost of ownership. For keeping stress on shafting as low as possible, torsional vibration calculations determine critical locations.
In comparison to their size, tugboats are equipped with powerful engines. This power is needed for maneuvering heavy loads in harbors. However, as those operations occur only for short periods of time, the engine runs in part-load for long periods, thus, decreasing overall efficiency. Hybrid propulsion systems can help increase the efficiency and lower fuel consumption. For hybrid tugboat propulsion, the Geislinger GESILCO® misalignment couplings offer an incredible opportunity. Not only do they compensate radial, axial, and angular misalignment, but they are also most compact and maintenance free couplings. Their lightweight structure and electrically insulating properties really make them champions in their field. This is why the producers of azimuth thrusters put their trust in our products.
Increasingly strict regulations in the shipping industry aim to cut down on the carbon intensity of vessels. Complying with the necessary criteria can therefore reduce costs. Running engines on future fuels is one way on the road to success. Make sure that your drivetrain can cope with the new requirements! Geislinger is an expert in the field of torsional vibrations. For over 60 years, our customers have relied on the results of our calculations. Even if future fuels may impose new challenges, we are ready to take them on and also provide you with suitable solutions if the calculation proves to be challenging.
Reliability is one of the most important features for the decentralized power supply for millions of people all around the world. At Geislinger we are aware of our responsibility and therefore develop powertrain solutions, which fulfill the highest demands for these applications. Geislinger products ensure the energy supply even in remote areas and under rough conditions and provide customized and reliable product solutions for different kinds of power generation. Minimal cost of ownership, outstanding service life, a very high level of reliability and constant performance are some of the most important features of our products.