R & D

INTOR’s technological innovation begins at its Corporate R&D Center.

R&D Center

Overview

The R&D Center integrates diverse engineering disciplines including structural analysis, thermal analysis, and electrical design to ensure the safety and efficiency of ESS systems.
With extensive field experience and simulation-based design verification, we deliver customized solutions tailored to customer needs.

R&D Core Competencies

Core Competencies

Customized design based on structural analysis

Advanced technologies for seismic resistance and thermal analysis to withstand extreme environments

Technical expertise to meet global certification requirements

Organizational Structure

INTOR Corporate R&D Center

INTOR corporate research center serves as a key hub for ESS product and infrastructure technology development, continuously driving design innovation.

With in-house design and analysis expertise, we possess complete development capabilities.

Key Technologies

QUALITY BY PROCESS

By internalizing the design elements required for ESS Enclosure production, INTOR delivers optimized products.

Mechanical Design
Create layout and exterior designs with optimal space utilization and structural strength in mind.
Structural Analysis
Conduct simulation-based structural stability analysis reflecting real conditions such as seismic loads, shocks, and weight.
Electrical Systems Design
Estimating the working capital required for procurement

STRUCTURAL DESIGN ENGINEERING

SYSTEM EXCELLENCE

Through comprehensive structural analysis that considers real-world conditions such as earthquakes, wind loads, lifting, and transportation, the safety and durability of ESS systems are ensured.
With precise simulations and rigorous verification, superior engineering capability and high reliability are demonstrated.

STRUCTURAL DESIGN

Seismic Analysis

Structural review to ensure safety during earthquakes

STRUCTURAL DESIGN

Transportation Analysis

Evaluation of cargo safety during transportation

STRUCTURAL DESIGN

Flow Analysis

Assessment of internal airflow behavior

STRUCTURAL DESIGN

Wind Load Analysis

Evaluation of structural stability under wind pressure

STRUCTURAL DESIGN

Thermal Transfer Analysis

Analysis of heat transfer and evaluation of temperature distribution

STRUCTURAL DESIGN

Snow Load & Lifting Impact Analysis

Structural stability analysis during transportation and installation

You cannot copy content of this page

Scroll to Top