Conversion Constructional Details TRIZ Cases
- MOSFET Module Layout With Relay Integration for Compact Inverter PCBs
A compact MOSFET and relay layout cuts inverter PCB area by placing peripheral components beside the relay while improving heat dissipation.
- HVDC Transformer and Bushing Layout for Smaller Converter Buildings
Moving transformers and neutral bushings outside the HVDC building cuts footprint, HVAC losses, electrical noise, and maintenance burden.
- Bootstrap Diode Structure for Pinch-Off and Leakage Control
A shaped pinch-off region and higher-doped sink region tune pinch-off voltage, cut leakage current, and improve breakdown in bootstrap diodes.
- PCB Planar Transformer Windings With Embedded Conductive Sheets
Embedded conductive sheets in PCB windings cut resistance and copper loss while raising current capacity for high-power planar transformers.
- Energy Storage Converter Overload Control for Grid Fault Support
Transient mode switching lets fewer power converters deliver short-term overload current during grid faults, improving stability while cutting system cost.
- Energy Storage PCS Control for Transient Grid Fault Support
Dynamic PCS mode switching uses short-time overload capability to support grid faults while reducing converter count, complexity, and cost.
- Partitioned Power Converter Layout for Y-Capacitor Heat Isolation
A partitioned case separates the inverter and smoothing capacitor from the Y-capacitor to limit heat transfer and preserve noise reduction.
- Parallel Semiconductor Pad Layout for Uniform Current Distribution
A triangular pad layout equalizes current paths across parallel semiconductor elements, reducing current deviation and extending element life.
- Double-Sided Power Module Layout for Balanced Chip Cooling
A circuit board spaced between upper and lower substrates balances chip heat dissipation, simplifies wiring, and supports higher power density.