RT-LAB is the real-time simulator, developped by OPAL-RT.
We can use RT-LAB with JMAG-RT, to have more accurate results.

SPEED software introduction (motor / generator design tool)
Motor-CAD software introduction (motor temperature rise analysis tool)
Motor development / prototype support (motor protype case introduction)

The development of EV (Electric Vehicle) or HEV (Hybrid Electric Vehicle) today must support multiple domains – power electronics, software, controller, mechanical, etc. and the most important aspect is the verification of interaction between motor models and other components. We exhibit how Mentor Graphics multi-domain simulator, SystemVision® and JMAG-RT are collaborated to integrate various abstraction levels.

Circuit simulator PSIM is ideal for simulating motor control and reusable renewable energy.
It is incorporated in 70% of all university laboratories in Japan. the country.
Please try our free evaluation demo for easy simulation using an ideal model.

We will exhibit a rotation torque meter, UTM II.
UTM II is used in Tests and Production Facilities concerning Rotation Mechanisms, such as

1. Motors
2. Engines
3. Rollers
4. Hinges
5. Generators.

We will display a large variety of UTM II, those with angle drive option, waterproof, and rustproof.
And the rating torque is ranging from 0.05 to 10,000 Nm.

We will also give a demonstration of the latest measurement instrument, which can bring out the maximum performance of the torque meter.

modeFRONTIER is the software that realizes automation / optimization by linking with various software such as JMAG. Optimization flow can be easily structured as it is equipped with the direct interface, “JMAG Node” by default. Auto-search with the latest optimization algorithm allows the handling of “trade-off relationships with torque and magnet weight,” and may help in achieving revolutionary results that could not be obtained with empirical methods. 

Optimus: Process Integration & Design Optimization
MapleSim: System-level Modeling & Simulation

Due to increase in complexity of products and shortening of product development cycles, an alternative design optimization approach is required for multi-disciplinary systems.
Cybernet Systems exhibits a case study of 2-step multi-objective optimization of an EV system which utilize MapleSim and Optimus as platforms to realize system-level engineering.
In addition to multi-objective, driving torque and core losses, shape optimization of an IPM motor by using JMAG, we introduce simultaneous optimization focusing on electricity consumptions and target velocity followability in JC08 driving cycle of an EV system.

SimulationX helps to simulate very wide range of physical systems, i.e. from mechanism identification of any phenomena to total system capabilities. JMAG RTT file can be imported into SimulationX and integrated with mechanic/hydraulic actuators. NewtonSuite MOR, Model Order Reduction, can connect eigen value analysis by FEM and SimulationX. Vibration characteristics can be easily and quickly simulated in SimulationX.

MSC Software provides engineering solutions such as MSC Nastran, a general purpose structural analysis program using the Finite Analysis Method, which is used in various fields such as aerospace, automobiles, machinery, and electronics, by many businesses and research institutions, as well as acoustic analysis software Actran and nonlinear analysis software Marc. During this presentation, the newest MSC Software solutions will be introduced, including complex region analysis solutions for motor design and development.

A&D’s motor HILS equipment provides a real-time simulator that improves motor control system development efficiency for hybrid cars (HV/PHV) and electric cares (EV). Motor models use parameter tables derived from JMAG analysis results to support PMSM models with spatial harmonics that recreate current harmonics.
Take a look at the type of motor solutions only A&D is capable of producing.

We will introduce MOTOR-HILS that runs JMAG-RT spatial harmonic models which can be used in resarch and development.
A compact motor signal operator capable of controler evaluation will also be introduced.

Vacuumschmelze offers not only Advanced Performance and High Quality Soft Magnetic Materials but also Rare-Earth Magnets to High-Technology Industries and Fields

[Suggested method to take magnetic measurements] Now with the essential capability to measure iron loss via inverter excitation so you can analyze motor efficiency.
Providing a broad lineup of different measuring frames that give you the ability to take actual magnetic measurements to properly evaluate building facter.

In order to simulate the motors used in Hybrid vehicle on HILS, the precise motor and inverter models must be calculated very fast. dSPACE applies the model based development method to FPGA and provides electric component library for FPGA (XSG EC Lib) to speed-up HIL setup. This HILS demo simulates the closed-loop motor system in real time with the detailed motor model (spatial harmonic model) on FPGA imported from JMAG.

Shin-Etsu Chemical is engaged in the manufacture of these magnets from the rare earth raw materials. Furthermore, Shin-Etsu is reliably supplying high-quality rare earth magnets with highly advanced features by its own grain boundary diffusion method, which reduces the amount of rare earth used, while keeping the high performance level of the magnets.

Our company motto, “Our Best Partner in “Making Things” has helped us incorporate new technologies useful in solving technical issues of the client, as well as incorporating useful new technologies to advancements in technology.
We will be primarily introducing magnetic material evaluation/analysis technology
1) Evaluation technology of electromagnetic applied machinery using numeric analysis
2) Magnetic characteristics deterioration evaluation due to modification of electromagnetic steel sheets, eddy current loss evaluation of magnets
3) Micro structural analysis technology of high-performance magnets

We offer products covering various motor applications, geometries, and properties, making use of powder control technology and our own unique processes. From early on we have strived to decrease the use of rare elements used in magnets. A new addition to the Dy-free NdFeB magnet series for neodymium magnets is the “NEOREC45MHF”. We also mass-produce materials employing the less heavy rare earth HAL production process. For our ferrite magnets, in addition to our LaCo type high-performance ferrite magnet FB12 series, we also have the LaCo free FB-9RF series in our lineup.

CD-adapco exhibits STAR-CCM+ (Thermo-Fluid Dynamics Software) and Optimate/Optimate+/HEEDS (NO Tuning Parameters, NO Optimization Expertise Required, Hybrid and Adaptive Algorithm) which provide JMAG direct interface. The booth includes Hands-on corner.

LMS Virtual.Lab Acoustics and JMAG, a leading simulation solution for electromechanical design developed by the JSOL Corporation, a full solution to perform noise analysis on electrical machines including electro-magnetic caused noise, is now available.

LMS Imagine.Lab Amesim simplifies multi-domain integration thanks to its easy-to-use simulation platform. All an engineer needs to do is connect various validated components to simply and accurately predict multi-disciplinary system performance.

The Cloud service for CAE Engineer without c any additional work.

Electromagnetic applications have a long history but there is still room for new inventions and smart designs that can have impact on our daily lives. New generations must deal with increased energy efficiency demands and adapt to less material for the same functionality. Somaloy® opens up new exciting design opportunities for the electromangetic engineer.
Think forward. Start to design magnetics in 3 dimensions.

The NI Electric Motor Simulation Toolkit provides the modeling elements to develop both desktop and hardware-in-the-loop (HIL) simulations of electric motor systems. The toolkit contains switched reluctance motor (SRM), AC induction motor (ACIM) and permanent magnet synchronous machine (PMSM) models in a simple linear approximation or in higher fidelity models. The highest fidelity versions integrate models from JSOL’s JMAG-RT toolchain.

The HP Z840, a high-end workstation that provides extreme performance, will be exhibited.
The HP Z840 can handle up to 36 cores and 2TB of memory per workstation, offering paramount performance and expandibility.
JMAG performance information, information on the most recent machines, and special information regarding other analysis operations will be introduced. We hope you look forward to it.