Mechanical Power/Torque Control TRIZ Cases

Dynamic lighting dimming maintains peak demand below setpoints while preserving occupant comfort through continuous monitoring.

A control system uses diagnostic data to optimize industrial motorized systems.

Appliance controller processes utility signals to automate energy consumption modes, eliminating manual off-peak operation requirements.

Cross-layer data computation manages device complexity while improving adaptability through simulation-based decision support.

Predicting network state parameters allows a monitoring device to block malicious circuit breaker commands that violate operational limits.

Intelligent electronic devices exchange GOOSE messages via peer-to-peer links to locate faults within 100 msec, replacing slow manual isolation.

A dispatch controller adjusts a renewable capability parameter to treat intermittent sources as isochronous units for real-time optimization.

Pseudo-transient simulation generates initial values for Newton method convergence.

Intelligent electronic devices calculate time errors from frequency parameters to detect islanding, preventing equipment damage from imbalanced loads.

Pre-calculated lookup tables replace complex real-time optimization models, reducing operational complexity while maintaining precise fuel cost minimization.

A probability expression calculates network performance targets using historical and future terms to guide real-time power generation adjustments.

A networked energy unit shares sensor data across buildings to optimize operational conditions through automated simulation.

Predictive optimization harnesses building thermal mass to stabilize grid operations and reduce peak demand costs.

Shunt-connected switch-controlled VAR sources adjust network reactive power via semiconductor switches to resolve slow response times and device infighting.

A wind farm controller pool allocates computing tasks to idle turbine resources.

An observer module estimates density errors from speed feedback to dynamically adjust torque, preventing web tears caused by inertia variations.

Modulates engine torque using wheel acceleration direction and amplitude to suppress hop resonance, reducing NVH without adding braking hardware.

Dynamic signal adjustment overcomes valve stiction, reducing oscillations and energy waste while stabilizing flow control.

A control device calculates required load disconnection using source impedance to restore voltage stability in electrical power systems.

An iron-core-free current transformer detects continuous fault electric arcs in electrical circuits, enabling the system to cut off power and prevent fires.

An energy-usage controller deactivates appliance elements using user location and presence data.

A self-optimizing relay switching device adjusts activation and deactivation timing relative to the supply voltage waveform.

A predictive controller anticipates steam generation changes to maintain header pressure setpoints without lag.

Periodically interrupting power to the fan while it runs on the battery backup unit enables safe capacity testing, preventing interface failures and data loss.

A dispatching method segments integrated transmission and distribution networks to solve independent models for dynamic parameters.

Master controllers send priority instructions to remote devices, reducing peak demand surges and minimizing power outage risks.

Dynamic current limit adjustment prevents unnecessary operations during cell voltage variations, maintaining control stability.

A stepper motor driving mechanism with a local controller and low-ratio transmission delivers programmable torque characteristics.

Model-based predictive control anticipates exhaust steam temperature changes to minimize overshoot and reduce cyclic thermal stress on steam turbines.

A unified operating unit dynamically constructs a graphic user interface using generator identifiers to control multiple power supply types.

Redistributing power from active units maintains display operation after a failure, while on-screen diagnostics visualize status for rapid fault identification.

A mesh delivery system controller applies a compacting algorithm to transform signal samples into a discrete Fourier spectrum for frequency domain filtering.

Solid-state VAR sources replace slow electro-mechanical switches to resolve the speed-complexity contradiction and prevent device infighting.

A regulating transformer predicts grid working points using local phasor data to determine translation ratio switching decisions.

A torque regulation system limits the difference between demanded and dynamic torque using time-delayed feedback.

Two-stage bidding separates efficiency savings from supply costs to minimize total portfolio expenditure.

A servo control apparatus adjusts a torque command filter using a sine-wave sweep to track velocity control gain changes.

Extracting the internal battery from the fuel cell assembly reduces system weight and volume while maintaining renewable energy capability through universality.

Parallel coordinates display links process data points across control aspects, resolving information loss and device complexity in process control systems.

A poly-phase meter uses processor-controlled relays to open or close phase connections based on measured load values.

A computer-implemented system identifies grid topology and determines protection parameters for distribution automation devices.

A utility meter executes multiple software agents concurrently to collect usage data for different providers.

An energy saving device manages appliance power modes using authenticated control messages from a management center.

Central controller correlates spatial voltage data from monitoring devices to detect improper N-G bonds, preventing equipment damage and safety hazards.

An EMS outage schedule management system executes topology changes to validate operation standards.

A modular automation control base uses segmented power buses to supply distinct voltage types to functional modules.

A carbon footprint estimation apparatus calculates emissions from construction and repair phases using structural information.

A smart meter collects resource consumption data and usefulness indicators from end-point devices to enable transparent monitoring.