Application examples for customer solutions
Realized customer projects in detail
Well-known, globally active companies from the fields of mechanical engineering, automation, drives technology and energy supply as well as from research and development rely on the expertise of our specialists and trust in the quality of our products for their applications.
The electrolysis process for the production of hydrogen, from the decomposition of water into its molecular components hydrogen (H2) and oxygen (O), requires the use of large amounts of electrical power. The operation of the electrolysis process within a so-called Electrolyseur Plant requires a regulated direct current supply. The use of a TRAMAG DC smoothing reactor ensures a smoothed current form, i.e. a reduction of the AC residual ripple, in order to avoid damage to the downstream electrical components and to ensure a stable, safe electrolysis process.
Without a massive deployment and round-the-clock operation of crane technology in the world’s seaports, the logistics services for container handling of global goods traffic would be unthinkable. TRAMAG control transformers are part of the electrical switchgear for the reliable control of a harbour crane to ensure permanently safe crane operation for fast and trouble-free container handling. The galvanically isolated coils and the overload capability of the TRAMAG control transformer ensure electrically safe switching of the contactors used in the drive train and thus a reliably triggered braking function in crane operation.
The construction of new, but also the modernization of existing industrial plants, often requires hundreds of millions of euros in investments. What is required for 24/7 continuous operation of these factories is a sufficient and trouble-free supply of the required amount of energy with a constant voltage quality. An integral part of an active filter system for constant maintenance of the required voltage quality is a transformer specially designed by TRAMAG for this purpose. This TRAMAG step transformer prevents voltage dips and fluctuations, ensures a constant, standard-compliant voltage quality and protects the drives for round-the-clock operation.
Wind turbines are exposed to extreme loads. The requirements regarding efficiency/yield, safety, corrosion resistance, stability and durability, also for the electrical components used in the nacelle, are correspondingly high. In the electrical regulation and control system, responsible for the efficient operation of the turbine, a specially developed TRAMAG filter choke reliably performs its service. Our filter choke, functionally designed like a du/dt filter, is designed for particularly high current linearity and overload capacity. TRAMAG chokes, filters and transformers in wind turbines for a climate-neutral energy supply – worldwide.
Our TRAMAG load chokes serve as a motor replacement for testing single-phase and multi-phase electrical drives components and are therefore ideal for use in test systems and test facilities for drives technology. They are used wherever inductive loads are required in the test process and the costly acquisition of a complete drives and test system, consisting of motor and, if necessary, brake, can be dispensed with. On request, the load choke can also be designed for different inductances in one product with several taps, thus enabling more flexible use in the test field.
Even a short power failure within a factory can lead to a standstill of the machines in operation for hours and thus to an expensive loss of production. In order to be able to continue production in the event of such a power failure, emergency power supplies can be used to bridge the power failure. Storage chokes developed by TRAMAG “smoothen” the current fed from the converter power module by means of intermediate storage in their iron core, thus protecting the connected batteries / motors from heating up and extending their service life.
For maritime shipping, a reliable power and voltage supply for on-board networks and drives is indispensable. Ship generators produce the necessary energy, which is fed into the on-board network via medium-voltage (MV) transformers. In order to be able to connect transformers of greater power to the mains supply, TRAMAG premagnetizing transformers reduce the inrush current. The premagnetization takes place via a primary voltage supply on the secondary side (LV). For years, customers all over the world have relied on our solution expertise in transformers, chokes and filters for their marine technology applications.
Photovoltaic technology is undisputedly one of the supporting pillars of the energy turnaround for the use of regeneratively generated electricity. However, this eco-electricity, which is generated cleanly from an environmental point of view, is unsuitable in its original signal quality for feeding into the grid and would lead to disturbances and damage in the supply network. The TRAMAG-LCL filter (based on a double-deck choke) reduces the occurring amplitudes of the harmonics and thus ensures a permissible and grid-compatible power feed-in into the supply grid. This TRAMAG choke and filter technology has proven itself in solar energy systems worldwide.
Hardly anywhere are the quality requirements for a safe voltage supply, electrical safety and reliable functionality greater than in medical technology. Our TRAMAG medical technology transformers are a special type of isolating transformer and meet the increased requirements of the European standard EN 60601-1 for electrical equipment used in the medical sector. TRAMAG develops and produces special transformers for high-quality medical equipment that fully comply with the “high-end” quality requirements for the healthcare sector, including computer tomographs (MRT) and dialysis machines.
TRAMAG chokes and filters are used in drives systems whose core component is a frequency converter that controls one or more motors of a machine or system. Modern and technologically optimized drives systems require chokes that are individually designed for the respective frequency inverter and enable energy-efficient operation of the entire machine or system. With our TRAMAG chokes, which have been specially developed for energy recovery, we meet the versatile, special requirements for the most diverse applications in drive and automation technology.
TRAMAG transformers are used in machine and plant construction. On the one hand, transformers are an important component in the interface from the factory’s power grid (feed-in grid) to that of the machine by providing the required voltage level for electrical operation depending on the machine’s place of use. On the other hand, many machines require particularly powerful and precisely fitting transformers for special production technologies. With our transformers, also developed for this purpose, designed for high currents and low voltage at the same time, we meet the versatile, special requirements.
As formulated and illustrated in our TRAMAG mission statement: Our customers’ applications are at the centre of everything we do:
“Our focus is on efficient and innovative product solutions that guarantee a safe power supply and stable power quality. We thus create added value for all customer applications.”
Development competence & Production quality
Our expertise for your safety
TRAMAG attaches great importance to the electrical safety of its products, which is guaranteed by the strictest compliance with all relevant standards.
For almost 100 years, TRAMAG has been developing and manufacturing a wide variety of transformers and chokes for the most diverse applications all over the world.
A certified QM system, special testing facilities as well as the distinctive quality commitment of all TRAMAG employees ensure our high quality standards.
The experience in development and production enables TRAMAG to respond flexibly and individually to special customer requirements, from single to series production.
Always up to date in transformer technology
Load Chokes mounted and connected in the TRAMAG Extension-Control Cabinet …
Load Chokes mounted and connected in the TRAMAG Extension-Control Cabinet … … for Inverter Test Benches in the e-Automotive Industry The power electronics in electric cars consist of an inverter […]Learn more
A customized Transformer for the Test Field Voltage Supply
4.5 tonnes of TRAMAG Expertise for the advanced Drives Technology A customized Transformer for the Test Field Voltage Supply The steadily increasing level of automation and digitization in machine and […]Learn more
Electromobility (EV): Load Chokes for Inverter Test Benches in the e-Automotive Industry
TRAMAG Competences for the Electromobility (EV) Load Chokes for Inverter Test Benches in the e-Automotive Industry A large number of electromechanical components are installed in an electric car (EV). Their […]Learn more
Participation in the B2Run event on 25. July 2023 in Nuremberg
The weather was kind to the 14,000 runners, who were in the best of moods: Right at the start of this year’s B2Run event around Nuremberg’s Max Morlock Stadium, the rain took a long break. With a pleasant 22º C and a light breeze, a few rays of sunshine even fell on the colorful starting field of employees from many, many companies based in the Franconian region.Learn more
From the Fürth Solar Hill to the own Solar Roof
Eight years after saving the commissioning of the “Fürth Solarberg” with TRAMAG transformers, the Ammon family decided to install their own photovoltaic (PV) system on the roof of TRAMAG’s own company building. The 184kW peak output is sufficient to supply around 55 households with electricity, as reported in December 2011 by the Fürther Nachrichten on the occasion of the commissioning of the TRAMAG PV system, which was also attended by the Mayor of Fürth, who also climbed onto TRAMAG’s roof.Learn more