JSOL Corporation
Tokyo, Japan
Overview
Company details and contact information.
About
About JSOL Corporation J-OCTA is the commercial edition of the OCTA system born from a Japanese national project, and it is widely used across automotive, electronics, and materials manufacturers.It links atomistic, mesoscale, and process models in one workflow to design electrolytes and interfaces, predict Li-ion transport, and engineer electrode microstructures.Built-in materials informatics and AI accelerate screening and extend MD/DFT and mesoscale simulations insights to device-relevant time and length scales.Typical battery use cases span electrolyte formulation and diffusion analysis, anode/cathode studies, and slurry mixing–coating–drying optimization for durable, high-performance porous electrodes. J-OCTA is the commercial edition of the OCTA system born from a Japanese national project, and it is widely used across automotive, electronics, and materials manufacturers.It links atomistic, mesoscale, and process models in one workflow to design electrolytes and interfaces, predict Li-ion transport, and engineer electrode microstructures.Built-in materials informatics and AI accelerate screening and extend MD/DFT and mesoscale simulations insights to device-relevant time and length scales.Typical battery use cases span electrolyte formulation and diffusion analysis, anode/cathode studies, and slurry mixing–coating–drying optimization for durable, high-performance porous electrodes.
- Website
- https://j-octa.com
- Phone
- +8 136 261 7168
- Address
- 1-6-5 Kudan Minami, Chiyoda-ku, Tokyo 104-0053, Japan
Products
Products and media connected to this company.
J-OCTA : Integrated System for Multiscale Modeling and Simulation
J-OCTA is the commercial platform built around OCTA, a multi-scale simulation system originating from a Japanese national project. It couples polymer/soft-matte...
Analysis of Li-ion Diffusion in Solid-State Batteries
We quantify Li-ion transport in oxide-type solid electrolytes by combining first-principles or all-atom MD with AI extrapolation. Short MD/DFT trajectories prov...
Slurry-Coating Process for Electrode Systems
Coarse-grained molecular dynamics captures solvent evaporation and particle consolidation during slurry coating (courtesy of Toyota Motor Corporation) . As the ...
Electrode Calendering Process
Using the Discrete Element Method (DEM), compression and subsequent elongation of a dry electrode powder layer are simulated to represent the calendering step. ...
People
Contacts connected to this company.