Single Network Parallel Feeding Arrangements TRIZ Cases
- Multi-generator Power Plant Reactive Power Distribution Control
A control device calculates individual generator parameters to manage reactive power output in multi-generator arrangements.
- Inverter Voltage Drop Control for Ripple Management
A power conversion apparatus adjusts current command limits during system voltage drops to manage inverter output.
- Power Conversion Device Voltage Control for Battery Priority
A power conversion device adjusts AC voltage amplitude to prioritize solar generation and manage storage battery discharge.
- Photovoltaic Inverter Control for Power Reserve Without Storage
Controller segments DC/DC converters into MPPT and CPG groups to eliminate bus voltage fluctuations without adding energy storage elements.
- AMI-Based Voltage Optimization for Distribution Loss Reduction
An AMI-based system adjusts voltage levels to minimize energy losses in distribution circuits despite increased control complexity.
- Reconfigurable Power Converter Module for Wind Turbine Resonance Suppression
Dynamic circuit topology reconfiguration reduces switching losses and suppresses internal resonances without adding permanent semiconductor components.
- PWM Phase Shift Harmonic Cancellation in Parallel Power Converters
Applying distinct time offsets to parallel network bridges cancels harmonic voltage distortion, ensuring grid code compliance.
- Integrated PV Module Electronics for Safe Emergency Disconnection
A photovoltaic module integrates electronics to generate supply voltage from panel strings for safe disconnection.
- Hybrid Power System DC Bus Control for Efficient Energy Integration
A common DC bus connects independent power converters to one inverter, eliminating double conversion losses while maintaining stable voltage.