Power Network Operation Systems Integration TRIZ Cases
- Hub Device Solar Energy Demand Management
A hub device dynamically controls appliance power states to optimize solar energy utilization and minimize grid exports.
- Power Control Device for Grid Frequency Stabilization
A power control device adjusts load consumption based on AC supply frequency deviations to stabilize grid operations.
- Load Shedding System for Active and Reactive Power Perturbation
A monitoring system sheds electrical loads using linear optimization of active and reactive power perturbations.
- Repeater Gain Hold Processor for Dynamic Signal Power Control
A gain hold processor manages repeater amplification levels to maintain stable output signal power during rapid input fluctuations.
- Energy Hub Management System for Dynamic Load Optimization
Computer-implemented energy hub coordinates production and storage components to optimize utilization across premises.
- Probabilistic Energy Tariff Planning for Grid Load Optimization
A probabilistic energy tariff method updates network load probabilities to enable flexible consumer planning and dynamic source selection.
- Power Supply Wake-Up Circuit for Ultra-Low Standby Current
Voltage regulation module adjusts output based on sleep signals to reduce standby current below 1 microampere while enabling user-controlled wake-up.
- Dynamic Current Control for Fuse Protection in Energy Networks
Real-time current monitoring reduces power delivery before fuses blow, maintaining grid stability.
- Remote Control Self-Recovery Power-Off Mechanism for Sub-End Circuits
Sub-end circuits autonomously initialize and cut off standby power via BMC interfaces, eliminating on-site maintenance needs.
- Decentralized Controller for Electrical Distribution Power Loss Reduction
A decentralized controller simulates equipment configurations to minimize active power losses in electrical distribution segments.
- Control Device Random Disconnection Delay Grid Stability
A control device introduces a random disconnection delay to stagger electrical system shutdowns and prevent abrupt power fluctuations.