Power Network Operation Systems Integration TRIZ Cases
- Wholesale Electricity Revenue Optimization via Simulated Baseline
Mathematical optimization determines operating schedules using a simulated customer baseline energy profile for wholesale electricity markets.
- Energy Storage Device Primary Control Power via State of Charge Control
An energy resource controller manages state of charge in storage devices to provide primary control power for electrical grids.
- Appliance Unit Bypass Module for Independent Control Powering
A bypass module powers a control unit separately from an appliance unit, enabling independent operation during standby modes.
- LAG Portal Bidirectional Traffic Consistency for DRNI Port Protection
A link aggregation group portal coordinates port indexes and distribution methods across network nodes to ensure bidirectional traffic flows on the same path.
- Uninterruptible Power Supply Fieldbus Shutdown Coordination
Fieldbus-based master-slave coordination prevents data loss and undefined states by synchronizing consumer shutdown sequences before primary voltage failure.
- Input Capacitor Charging in Two-Wire Lighting Control Systems
A load control device charges an input capacitor during zero-voltage intervals of a phase-control signal to power a digital ballast controller.
- Hierarchical Energy Management System for Carbon Usage Allocation
A hierarchical energy management system allocates regional carbon usage goals to individual consumers via a green index.
- Controllable Switch for Rapid Hardware Isolation During Power Failure
A second controllable switch disconnects non-essential hardware components from the power supply unit during mains interruption.
- Generator Run Time Prediction via Load Profiling
A power monitoring system generates granular load profiles for individual components to calculate predicted available run time based on fuel levels.
- Three-Terminal Electrical Power Distributor for Grid Volatility
A three-terminal electrical power distributor adjusts real-time energy flows across interconnected nodes to balance supply and demand.