Induction Machines

How to design an induction machine

The Induction Machine (IM) is the most widely used type of electrical machine. By some estimates it accounts for 90% of all small size motors (10 – 750W) and 60 -70% of medium size motors (0.75 – 375 kW). This is mainly due to their reliability, low cost and wide range of torque / speed [...] Posted in How to...,Induction Machines,Motors

Webinar: Optimize the design of your induction machine

In this webinar, we looked at different Opera capabilities that allow the full simulation and design of induction machines. We will discussed the latest advances in the model definition and solver technology which speed-up the process of analyzing and optimizing this machine type. The induction machine is the most widely used type of electrical machine. [...] Posted in Induction Machines,Motors

Drill spindle maker’s quest for speed is boosted by multi-physics motor design tool

The Opera motor design software package is helping Air Bearings of Poole to extend the speed of spindle motors beyond 400,000 RPM. The package’s integrated electromagnetic and thermal simulators are being used to identify optimisations that will make the motors more compact and efficient, to improve rotational speeds beyond their current maximum. Owned by Hitachi, […]

Posted in Induction Machines,Motors

Innovative electromagnetic design tool for motors and generators is extended with new ready-to-use models and hysteresis solver

Provides ultra-fast design entry for powerful FEA electromagnetic simulation At CWIEME, The Opera Software business unit is releasing a new version of its Vector Fields Software tool for designing rotating electrical machinery. The electromagnetic simulation software combines the accuracy of virtual prototyping using finite-element analysis with a rapid front-end design tool that allows users to […]

Posted in Brushless (BLDC, BLAC),Commutating (DC & AC) Machines,Induction Machines,Motors,Switched Reluctance Machines,Synchronous Machines

New modelling tool simplifies development of next-generation automotive power steering

A new magnetic hysteresis solver for electric motor and electromagnetic design has been released by Vector Fields. The tool’s ability to accurately characterise hysteresis effects provides a powerful means to optimise the performance and fidelity of new-generation electrically-assisted automotive power steering systems, and other high-performance actuators.

Posted in Brushless (BLDC, BLAC),Induction Machines,Motors

Electromagnetic simulation advance helps electrical machinery designers to achieve ultimate efficiency

Vector Fields, has extended the accuracy of its Opera electromagnetic simulator for electrical machinery applications with a new finite-element hysteresis solver for soft magnetic materials. Believed to be unique, the new Hysteresis Solver provides designers of motors, generators and other electrical machinery with an accurate means of accounting for losses and predicting performance changes due […]

Posted in 3d Flux Machines,Brushless (BLDC, BLAC),Commutating (DC & AC) Machines,Induction Machines,Linear Motion,Magnetic Gearing,Motors,Switched Reluctance Machines,Synchronous Machines