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The Motion Technology Company Schaeffler continues to drive forward the expansion of the charging infrastructure at its locations. More than 5,000 additional charging points for electric vehicles are to be constructed worldwide by 2030. These include 3,000 charging points at European locations alone. This measure is part of Schaeffler’s sustainability program. The locations Herzogenaurach and Schweinfurt are acting as pilot projects for the technology and the operator model. Following the successful completion of the test phase, the project will be gradually rolled out in all other regions of the Schaeffler Group.
Nord Drivesystems delivers reliable, high efficiency automation solutions to a wide range of industries. Their modular product portfolio of over 20,000,000 standard components includes gear units, electric motors, and electronic control products that offer versatility and flexibility for easy adaptation to application requirements.
Ventilators provide critical airflow to patients whose natural breathing is insufficient to sustain life. They are also utilized as a preventative measure to counteract the imminent failure of other bodily functions or ineffective gas exchange in the lungs. The widespread use of mechanical ventilation has significantly enhanced the survival rates of patients undergoing surgeries, experiencing lung issues due to accidents, or suffering from acute and chronic pulmonary ailments. A critical aspect of the effective functioning of ventilators is the micro motion system, which powers the ventilation system. This article will focus on the use and benefits of brushless DC micro motors in ventilators.
Bonfiglioli will showcase its expanded electromobility portfolio at the upcoming iVT Expo, in Chicago, Illinois - August 21 and 22. The newest addition to their portfolio will be on display, the revolutionary 700 C SE track drive. Designed for stand-up skid steers, this compact and powerful solution features an integrated electromagnetic parking brake, IP67 protection, and a special rotating output flange for triangular undercarriage design.
ZF is harnessing the power of software to develop smarter, more connected, and highly efficient commercial vehicle technologies. By integrating ZF’s intelligent software solutions with its chassis technologies, vehicle performance and safety can be improved, ensuring safer and smoother journeys. As automotive technologies shift towards greater digital integration, ZF is setting the pace as an enabler of smart and connected technologies. ZF is also able to leverage its software domain expertise from other vehicle segments within the ZF Group to produce intelligent systems quickly and cost effectively that can lower the overall total cost of ownership (TCO).
Schaeffler recently presented its extended product range for off-highway technology at iVT Expo Cologne 2024. The focus was on systems for the electrification and digitalization of mobile agricultural and construction machinery and for materials handling technology. Schaeffler is emphasizing its commitment to sustainability and supporting the transition to a highly efficient and climate-neutral economy in the off-highway sector.
Nowhere else in Europe were as many electric buses newly registered last year as in the UK. Out of 2,554 standard single- and double-decker buses, 1,150 were fitted with a purely electric drivetrain (BEV or FCEV). By comparison, in 2023 only 838 e-buses were registered in Germany, 743 in France, 563 in Norway and 410 in Italy. With UK bus manufacturers Alexander Dennis and Wrightbus fully embracing the VEDS (Voith Electrical Drive System), Voith has been instrumental in boosting the use of zero-emission public transport in the UK and Ireland.
Mechanical and electronic engineering continues to play a significant role in the changing transportation landscape. Areas such as connected vehicles, autonomous driving, new components and software-designed modules will push the latest EV technologies for the next ten to 15 years. Mechatronics will play a pivotal role in these advancements.
The winners in the 2024 Powder Metallurgy (PM) Design Excellence Awards competition, sponsored by the Metal Powder Industries Federation (MPIF), demonstrate outstanding examples of PM’s diversity and ability to meet critical requirements. From electric vehicles to medical implants, once again, parts fabricators have demonstrated PM’s versatility and unique ability to challenge competing technologies. These award-winning components use PM’s flexibility to push forward new concepts and process controls to demonstrate the inexhaustible range of PM’s capabilities.