Laminated busbars are specified where power density, inductance and assembly reliability decide the design — electric vehicles, energy storage and power conversion.
| 市場 | 代表的なシステム | バスバーの役割 |
|---|---|---|
| 電気自動車 | EV battery packs, traction inverters, 48 V architectures | 400–800 V pack interconnects, fused cell links, low-inductance DC links |
| エネルギー貯蔵 | Utility-scale, C&I and residential ESS racks | Rack & string DC links, combined power and sense layers |
| インバータ・UPS | Solar inverters, UPS systems, power conversion cabinets | Low-inductance DC links and capacitor-bank interconnects |
| 鉄道・牽引 | Traction converters, auxiliary power units, on-board chargers | Welded, vibration-proof laminates, high-temperature insulation |
| 再生可能エネルギー | Solar PV inverters, wind turbine converters | DC links rated toward 1500 VDC, phase legs, PD-controlled insulation |
| データセンター | Rectifiers, UPS, server and network cabinet distribution | Low-profile trunking, controlled-impedance power planes |
| EV充電 | DC fast chargers, charging station power cabinets | High-voltage DC links, low-loss distribution to outlet connectors |
| 産業用駆動装置 | VFDs, motor drives, pumps, fans and compressor cabinets | DC links sized for continuous current, low switching overshoot |
| スマートグリッド | HVDC converters, SVC and FACTS stations | Partial-discharge-controlled links with creepage designed in |
ケーブルハーネスは体積を取り、ループインダクタンスを増やし、手配線に依存します。積層バスバーは数十の分岐を、端子がプレ実装された1つの絶縁部品に置き換えます。
Dielectric selection follows your platform voltage — 400 V or 800 V told at quotation.
Cross-section sized against continuous and peak current, not nameplate alone.
Matched to your studs, contactors and mating buswork.
Thermal cycling and vibration profiles reviewed at DFM.
EV, energy storage, inverters, rail, data centers and renewables — wherever switching speed and power density decide the design.
エンジニアリングチームによる明確な回答。
Tell us the application and voltage class — we will share reference configurations and DFM guidance.
