System Power Supplies
Designed with FDK’s trusted experience, our system power solutions achieve optimal levels of thermal management, energy conservation, and outage protection.
Scope of Customization
| Power Supply Type | Input | Output Voltage | Output Power |
|---|---|---|---|
| Power System | AC200V 3-phase | DC Power/Driver | Up to 150kVA |
Core Technologies
Flexible & Scalable Power Control Technologies
FDK leverages its extensive expertise to deliver tailored solutions that meet a wide range of customer needs, including high-efficiency and low-noise circuit design, advanced power control systems, and driver technologies optimized for motor loads.
- When driving linear motors, it is essential to reduce interference between motor operations. FDK addresses this challenge with a variety of technologies, including synchronized operation, phase shifting, and supply line switching control.
- For high-output voltage and high-capacity power applications that exceed standard safety voltage levels, FDK’s proprietary circuit technologies enable safe and reliable power conversion control.
Composite rack (system) design technologies
FDK’s large rack design technologies offer efficient thermal circulation, the ability to mount multiple power supply units, and built-in monitoring capabilities.
- We provide optimal mechanical designs in a virtual environment using 3D models, taking into account structural strength, ease of assembly, and cost efficiency.
- Our integrated service, from rack design to delivery, ensures consistent quality throughout mass production.
Heat treatment technologies
Cooling technologies for high-capacity power control
We offer a wide range of cooling methods tailored to your equipment, including natural air cooling, forced air cooling using fans, and water cooling with coolant systems.
- By utilizing our in-house supercomputer for fluid and thermal analysis simulations, we perform virtual verification of fluid and heat behavior during the design phase, prior to manufacturing.
- We help shorten the time to market by streamlining the development process from design to production.
Environmental Resistance Technology
[Technology to Protect Quality in Harsh Environments]
To achieve product miniaturization and extended lifespan, forced air cooling using fans is commonly employed. However, in harsh environments such as those with high humidity, this can sometimes negatively affect the reliability of internal circuit board patterns and semiconductor leads. (For example, extremely fine wiring patterns in control ICs may corrode when continuously exposed to moisture-laden air.)
- For products designed to operate in high-humidity environments, moisture-resistant processing of circuit patterns is available.
- Even under severe conditions, our separation structure technology enables users to maintain miniaturization through forced air cooling while delivering enhanced reliability.
Battery Control & Monitoring Technologies
We offer optimal battery and battery system solutions tailored to your specific needs.
- We have extensive experience in both batteries and custom-designed battery systems. We design and manufacture batteries and battery systems with a focus on safety and reliability for each application.
- This is our proprietary system, featuring functions such as optimal control of charging and discharging, battery diagnostics to ensure high reliability, and battery life prediction.
Optimal Control of the Entire Backup System Including Storage Batteries
