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We design, simulate, and optimize electric machines and motor drive systems for e‑mobility and renewable energy.
Through integrated electromagnetic, thermal, and mechanical analysis, we deliver reliable, production‑ready performance for global deployment.
Optimized electric machine designs engineered for maximum performance and energy efficiency.
Technical guidance from concept development to production-ready implementation.
Solutions built to deliver dependable operation across demanding mobility and energy applications.
Validated through advanced simulation tools and industrial design standards.
You can transport any product in the easiest way possible, at the best price, in the fastest time, in our company with a long history in export and import, and enjoy an exciting experience
We combine advanced multiphysics simulation with industrial manufacturing standards to deliver high-efficiency electric machines. Our integrated approach ensures that every design is optimized for thermal, mechanical, and electromagnetic performance, reducing development risk and accelerating your time-to-market.
We specialize in e-mobility (e-bikes, scooters, golf carts) and renewable energy systems like wind turbines.
We utilize industry-leading tools including JMAG Designer, ANSYS, Altair Flux, and MATLAB for comprehensive analysis.
The Synchronous Reluctance Motor (SynRM) is a high-efficiency electric motor technology that produces torque by guiding magnetic flux through a specially designed rotor with anisotropic magnetic paths. Unlike permanent magnet machines, the SynRM rotor contains no magnets and no rotor windings, which improves robustness, reduces cost sensitivity to rare-earth materials, and enhances thermal reliability. The […]
The Flux Switching Permanent Magnet Generator (FSPMG) is an advanced electric machine topology known for its robust structure, high power density, and excellent suitability for variable-speed energy conversion systems. In this design, the permanent magnets are typically placed in the stator, while the rotor maintains a simple and mechanically strong structure without windings or magnets. […]
The Consequent Pole Motor is an advanced permanent magnet machine topology designed to achieve high torque density, improved efficiency, and optimized material utilization. In this motor structure, permanent magnets are arranged in a way that allows one magnetic pole to be formed directly by the magnet, while the adjacent pole is created through the motor’s […]
A structured approach to developing efficient, reliable, and production-ready electric machine solutions.
We define the technical requirements, application goals, and performance targets for each project. This stage establishes the right machine architecture and design direction based on functionality, efficiency, and manufacturability.
Using advanced electromagnetic, thermal, and mechanical analysis, we evaluate and refine every design parameter. This process improves efficiency, reliability, and overall system performance before production. 03. Development & Delivery
We prepare the final engineering solution for implementation with a focus on industrial standards and real-world application needs. The result is a high-performance, production-ready system built for long-term operation.
Solutions developed to meet real manufacturing requirements and application performance standards.
Powered by leading engineering software for accurate simulation, analysis, and design optimization.
Working with industry leaders and academic institutions to advance electric mobility and energy technologies.
تمایز ما در ارائه بهترین کیفیت به مشتریان عزیز و گرامی با بهترین و مناسب ترین قیمت و با داشتن ویژگیهای بیشتر هر پلن رضایت شما از خرید را تضمین کردیم و تا آخر مسیر همراهتان خواهیم بود.
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