Mechanical Power/Torque Control TRIZ Cases

A control device uses fuel cell stack voltage to determine warm-up completion and grant run permission.

A head end system coordinates energy use across mesh network devices using segmented control authority.

A Generalized Grid Security Platform correlates real-time power data from PMUs and IEDs to enable predictive analytics.

An integrated circuit monitors external power voltage to select between high and low frequency clocks.

Dynamic task migration optimizes processing capacity while reducing energy consumption during high-cost periods.

System calculates startup phase durations from operational data to balance equipment safety with rapid power availability.

Onboard wheel drive means automatically adjust torque to maintain traction during aircraft ground travel.

A home energy control system manages power distribution across new energy, grid-connected, and off-grid inverter modes.

An appliance energy management system schedules operations to maximize off-peak usage using stored time segments.

RFID sensors detect device presence to control power distribution, eliminating wasted energy from idle chargers while maintaining reliable power availability.

Segmented controllers measure local reactive power at each sub-grid, reducing transformer stress and cabling costs in large wind farms.

A power management module monitors activation status and sequentially stops electric power supply to lower priority loads.

A system modifies volt-ampere reactive components by selectively engaging capacitor banks to adjust voltage and harmonic distortion levels.

A control system prioritizes power requests to distribute available energy efficiently across multiple powered devices.

A secondary fuel nozzle redirects combustion flow to sustain flame stability during turbine load rejection events.

A wind turbine control system selects optimal pitch and rotational speed curves through iterative field testing to maximize power output.

A remote device interacts with a wind turbine controller to submit requests and receive operating data responses.

Preemptive constraining prevents constraint violations while measurement correction updates the dynamic model for accurate state estimation.

Microprocessor-controlled circuit detects battery parameters to adjust operating modes automatically.

A load scheduling system detects constraint adaptation needs and analyzes objective functions to determine adaptive values.

A digital transfer function alteration method generates limit-cycle oscillations within switch-mode power supply feedback loops for precise parameter extraction.

Adaptive control system adjusts rotor hub operational parameters to maintain power output during icy conditions.

A fault controller monitors multiple load lines to diagnose and disable defective power functions within battery operated systems.

A digital utility meter receives customer configuration data from a central server over a wireless network for automatic activation.

Smart software manages torque levels of onboard non-engine drive means to optimize autonomous aircraft taxi operations.

A DCS control module consolidates transformer switchgear logic into integrated units.

A vehicle controller detects obstacle climbing to reduce driving torque and maintain stable speed.

Integrated sensor modules detect overload conditions to prevent catastrophic failures in power transmission systems.

Universal adapters and virtual models aggregate diverse sensor data to resolve vendor isolation, enabling accurate market pricing optimization.

A control system co-optimizes demand response and energy storage dispatch using marginal savings evaluation.

A positioner categorizes supply current ranges to activate specific function combinations based on detected power levels.

A power storage system manages grid outages by evaluating failure duration and battery charge state to select an appropriate return mode.

Integrated drive gears and sprockets within the tread module enable independent multi-axis rotation, eliminating external components prone to damage.

A redundant power supply controller rotates active units to extend component lifespan.

An energy decision management system creates operational schedules to optimize industrial plant operations.

A model predictive controller coordinates multivariable inputs using dynamic plant predictions and coordinate transformations.

A demand event scheduling system optimizes power availability against consumption to manage electrical energy distribution.

A smart meter measures power consumption and modifies load cycles to determine energy savings during demand response events.

An information processing apparatus transmits connection device identification to communication devices.

A sensor and controller system measures linear acceleration and angular rate to modify motor thrust for active vibration damping.

A mobile terminal simulates facility apparatus operating states using local schedule copies and arbitrary date settings.

A control module generates thermal designed power values for daisy-chained Thunderbolt devices to manage performance.

A demand response system shifts high-power appliance operation to low-rate intervals.

A load drive apparatus determines short circuit location using a notification section and control unit logic.

Power electronics module serializes commutation and communication signals to reduce wiring complexity.

Segmented MOSFET arrays dynamically adjust transmission units to eliminate waste heat and reduce manufacturing costs.