Daniel RichterChief Electrical Engineer
Daniel Richter is the chief electrical engineer at SHANYUAN Laminated Busbars, with 15 years in laminated busbar design and current-carrying systems. He leads electrical dimensioning, DC-link layout and thermal simulation for power converters, EV platforms and HVDC stations, and holds an M.Sc. in Electrical Engineering from TU Dresden. His writing covers busbar electrical design, ampacity and the engineering behind 1000 V and higher platforms.
Credentials · M.Sc. Electrical Engineering, TU Dresden · 15 years in laminated busbar design · Lead of electrical design group
Busbar DesignDC-LinkThermal Simulation
Articles by Daniel Richter
- Busbar Voltage Drop and Power Loss: Formulas, Worked Examples and Design Trade-Offs2026-10-29
- HVDC Converter Stations Are Specifying More Laminated Busbars Than Ever in 20262026-10-27
- The 1.5 MW Stall Is Here: What Ultra-Fast Charging Networks Mean for 1000 V Busbars2026-10-27
- Harmonic Currents Are Quietly Derating Your Busbar: Sizing for VFD, Charger and UPS Loads2026-10-27
- Green Hydrogen's Kiloamp Problem: DC Busbar Design for 2026 Electrolyzer Programs2026-10-26
- SiC Takes the Rails: Traction Converter DC-Link Busbar Design for 2026 Programs2026-10-26
- Skin Effect, Proximity Loss and the High-Frequency Busbar: A Design Guide2026-10-26
- Partial Inductance to FEM: How to Simulate a Busbar Before You Cut Copper2026-10-26
- Parallel Busbars and Current Sharing: Skin Effect, Proximity Effect, and the Multi-Layer Advantage2026-10-25
- Tin, Silver or Nickel: Plating and Corrosion for Copper Busbars That Must Stay Low-Resistance2026-10-25
- Short-Circuit Withstand for Busbars: Icw, Ipk and the Electrodynamic Force Every Support Must Survive2026-10-25
- Busbar Ampacity by Calculation: The Temperature-Rise Method for Laminated and Bare Copper Rails2026-10-24
- Laminated Busbar Thermal Management: Conduction, Convection, Liquid Cooling and the 30C Rule2026-10-23
- Grid Storage PCS in 2026: 1500V DC Buses, SiC Efficiency and the DC-Link Busbar2026-10-23
- Megawatt Charging Goes Fleet-Scale in 2026: What the DC Link Demands of Laminated Busbars2026-10-23
- SiC and IGBT Inverters: The DC-Link Busbar Is the Next Bottleneck in 20262026-07-08
- 800V EV Platforms and Battery Pack Laminated Busbar Design Trends for 20262026-05-15
- Busbar Current Capacity Explained: Ampacity, Temperature Rise and Derating2026-02-20
