JSOL Product Lineup

Our company provides consistent services from ICT consulting to system construction and operation, supporting our customers throughout the lifecycle of utilizing ICT. We offer solutions that support various business processes, in addition to core system implementation and information systems or system infrastructure. In particular, we are focusing on developing our business around the JMAG-RT solution. We also conduct JMAG experience seminars. 【Business Content】 ■ System consulting, system integration, CAE *For more details, please refer to our catalog or feel free to contact us.

• Other production and development software and systems
• Other analysis software

"JMAG RT-Solution" is a solution that enables the optimization and verification of systems incorporating realistic motor characteristics. It supports the reduction of rework and increases efficiency in system development. Additionally, it allows for the verification and debugging of ECUs through HILS and SILS. This is a collaborative system between JMAG, which has a strong track record in motor design, and MATLAB/Simulink and PSIM. 【Features】 ■ Optimization and verification of systems with motor characteristics is possible ■ Supports the reduction of rework and increases efficiency in system development *For more details, please refer to the catalog or feel free to contact us.

• Other production and development software and systems
• Other analysis software

"Transformer Design" is a solution that considers complex phenomena such as miniaturization and low-profile design for transformers and reactors, allowing for efficient design work. By predicting the efficiency of design requirements and leakage inductance in advance, it reduces the number of prototypes, visualizes complex physical phenomena such as current distribution within windings and spatial leakage magnetic flux, and achieves improved operational efficiency by conducting design and evaluation within a single system. It is also equipped with functions to analyze winding losses due to skin and proximity effects, as well as temperature evaluations based on heat sources, and to analyze vibrations and noise. 【Features】 ■ Contributes to reducing the number of prototypes ■ Enables advance prediction of inductance ■ Achieves improved operational efficiency *For more details, please refer to the catalog or feel free to contact us.

• Other plant design, development and maintenance
• Other analysis software

"Motor Design" is a solution for motor analysis. We address all issues related to motors, from confirming basic characteristics such as induced voltage, torque, and inductance, to elucidating thermal demagnetization and vibration phenomena. Additionally, we can analyze cogging torque, coil chain magnetic flux, iron loss, coil loss, magnet loss, permeability, and contribution analysis. [Features] ■ Confirmation of basic characteristics is possible ■ Elucidation of thermal demagnetization and vibration phenomena is possible *For more details, please refer to the catalog or feel free to contact us.

• Other plant design, development and maintenance
• Other analysis software

To eliminate the barriers between mechanical design and control design.

• Magnetic field analysis/electromagnetic wave analysis

The miniaturization and high performance of motors have progressed, and electromagnetic field simulation using the finite element method has become an important development tool for the development of the motor itself.

• Magnetic field analysis/electromagnetic wave analysis

JMAG provides solutions to consider complex phenomena and efficiently advance design work. By predicting design requirements such as efficiency and leakage inductance in advance, we reduce the number of prototypes, visualize complex physical phenomena such as current distribution within windings and spatial leakage flux, and achieve efficiency in routine tasks by conducting design and evaluation within a single system.

• Magnetic field analysis/electromagnetic wave analysis

Since its release, JMAG has been active in many motor development projects around the world. The know-how cultivated over many years in the field of motors is provided in an easy-to-use form.

• Magnetic field analysis/electromagnetic wave analysis

In particular, in the case of induction heating using high-frequency power sources, eddy currents are generated only near the surface of the workpiece (the object being heated), causing the temperature to rise. However, as the temperature increases, the heat generation shifts to the interior of the workpiece. In experiments, to address this complex phenomenon, one can only infer the internal conditions based on temperature measurements at the surface of the workpiece or deduce the temperature rise process from the microstructure distribution of the workpiece cross-section after heating. JMAG can visualize this complex phenomenon and capture its causes.

• Magnetic field analysis/electromagnetic wave analysis

JMAG-Express Online is a motor design support tool for parameter-based design. By simply inputting parameters such as shape templates, materials, winding, and drive conditions, you can instantly obtain values for starting voltage constant, torque constant, inductance characteristics, current vs. torque characteristics, speed vs. torque characteristics, and iron loss/copper loss characteristics, among others. It can also be used on tablet devices and smartphones, allowing you to design motors anytime and anywhere, whether you are out and about or at home.

• Magnetic field analysis/electromagnetic wave analysis

JMAG accurately captures complex physical phenomena within equipment and analyzes them quickly. It is user-friendly for both inexperienced users and experts, allowing for reliable results with minimal operation and without confusion.

• Magnetic field analysis/electromagnetic wave analysis

JMAG-Express Online is a motor design support tool based on a parameter database. By simply inputting parameters such as shape templates, materials, winding, and drive conditions, it is possible to instantly obtain values for starting voltage constants, torque constants, inductance characteristics, current vs. torque characteristics, speed vs. torque characteristics, and iron loss/copper loss characteristics, among others. It can also be used on tablet devices and smartphones, allowing for motor design to be conducted anytime and anywhere, whether on the go or at home.

• Other analyses
• Magnetic field analysis/electromagnetic wave analysis