Engineered laminated busbar projects across power electronics, EV, energy storage, data center, solar, charging, rail and industrial drives — with the numbers that matter: loop inductance, temperature rise, joint resistance and qualification results.
Each case lists the customer profile, application, released drawing, product photograph and the measured results from qualification testing.
A Nidec IGBT inverter platform needed a DC-link busbar that could cut switching overshoot at 1000 A continuous. SHANYUAN delivered a 4-layer laminated
A 6 MW offshore-class wind converter needed a DC-link capacitor-bank busbar that could survive high ripple at 2400 A. SHANYUAN's 6-layer design cut ES
A German OEM inverter program needed an 800V SiC DC-link busbar at 900 A continuous. SHANYUAN delivered a 4-layer design with 10.2 nH loop inductance
A UK grid-scale ESS integrator needed rack-level busbars rated 600 A per string. SHANYUAN's laminated design held joint resistance to 0.5 mΩ and passe
A US colocation operator needed a 2000 A three-phase UPS feed busbar with hot-swappable PDU taps. SHANYUAN delivered in 12 weeks with 0.8 mΩ tap joint
A Spanish utility-scale PV inverter maker needed a 1500V DC-link busbar with PD-free operation. SHANYUAN's design passed PD-free to 1.5 kV at 1200 A c
An Italian fast-charger OEM needed power-module busbars for its 350 kW unit. SHANYUAN's 12 nH design passes 5000 hot-plug cycles at 600 A per module.
A regional locomotive program needed a DC-link busbar rated 1800 V isolation under IEC 61373 vibration. SHANYUAN's design passed category-2 testing at
A Brazilian VFD maker needed a three-phase busbar that would cut cabinet wiring. SHANYUAN's 400 A design reduced wiring 60% and saved 2 hours of assem
An Australian microgrid integrator needed flexible battery-stack interconnects. SHANYUAN's 800 A design delivered 2% thermal balance across parallel s
