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Synchronous reluctance motors (SynRM) are electric machines that generate torque through reluctance torque and operate on AC power. Unlike other electric machines, they do not have windings on their rotors (rotating part); instead, torque is produced based on the design of flux barriers within the rotor. Motor performance can be enhanced by adding permanent magnets to the rotor. Synchronous Reluctance Motor Structure - Oswos " image-alternate="" image-element-format="right"> General Construct

TOGG (Türkiye's Automobile Initiative Group) is an automotive company established in 2018 to strengthen Türkiye's position in the electric vehicle sector. The company aims to reduce Türkiye's dependence on foreign imports in its automotive industry and establish a competitive electric vehicle brand in the global market. TOGG produces vehicles equipped with modern design advanced engineering and innovative technologies electric vehicles. TOGG T10X Establishment and Structure TOGG was founded in 2

Relays and contactors are electromechanical switching elements used to open and close electrical circuits via a remote control signal. Although both operate on a similar principle based on a coil and contacts, they differ significantly in terms of application purpose, power capacity, structural characteristics, and usage areas. Generally, relays are used in control circuits with low current and voltage levels for tasks such as signal processing, amplification, and isolation, while contactors are

A diesel locomotive is a railway vehicle that transmits the power generated by an internal combustion diesel engine to the wheels to propel trains. Power transmission is typically achieved through diesel-electric or diesel-hydraulic systems. Emerging in the 20th century to replace steam locomotives, these locomotives became one of the fundamental elements of modern railway transport due to their high efficiency, long range and ability to operate without electrification. History Following the era

Synchronous reluctance motors (SynRM) are electric machines that generate torque through magnetic reluctance and operate on AC power. Unlike other electric machines, their rotors (rotating part) contain no windings; torque is produced based on the design of flux barriers within the rotor. Motor performance can be enhanced by adding permanent magnets to the rotor. General Construction SynRMs are polyphase alternating current machines. Their stator (stationary part) structure is similar to that of