Mechanical Power/Torque Control TRIZ Cases

A plant operation support system predicts fuel consumption and carbon dioxide recovery amounts using dynamic steam turbine generator output data.

A predictive duty cycle method optimizes pulse width modulation polarity and type for ironless permanent magnet machines.

Communication monitoring unit validates add-on storage stop requests based on basic device status, ensuring reliable operation even during failures.

Frequency monitors analyze real-time signal deviations to identify power plant trips and line failures without direct high-voltage access.

A power allocation system segments consumption points into mandatory and optional categories to manage energy distribution.

Segmented monitoring zones reduce information processing complexity while accelerating fault localization across vast networks.

An I/O controller detects SD card attachment changes to switch the power supply circuit from a low-power state to normal operation.

A power management system monitors load consumption against a defined budget to allocate reserve capacity dynamically.

A job placement system dynamically assigns computing tasks to optimize resource usage across multiple data centers.

An adaptive control system regulates ion source power and gas flow inputs using a microprocessor for real-time parameter adjustment.

Networked meters and smart gateways enable autonomous outage detection, resolving reliance on manual customer reports.

A hydraulic pump controller calculates target engine torque using speed errors and pressure data to stabilize construction equipment operations.

Shifting energy consumption data by multiple lag values captures transient thermal inertia, enabling accurate weather normalization for sub-24-hour periods.

A hierarchical power control system coordinates microgrid cells and emergency generators to manage distributed energy storage.

Downstream breakers transmit interlock signals to upstream units, isolating faults without unnecessary system disruption.

DSP feedback measures actual filter impedance to adjust programmable components, compensating for part tolerances and aging.

A wireless sensor network aggregates power usage data from rack PDUs via radio frequency links.

A method ranks consumers by historical load reduction ratings to dynamically select devices for power-down.

Placing de-tuned capacitors and a reactive element near the power input reduces crosstalk interference and lowers energy bills by optimizing power factor.

Machine learning system evaluates infrastructure improvement effectiveness through automated data collection and empirical analysis.

Dynamic microprocessor control of the cat-ear power supply charging cycle resolves the trade-off between stable DC voltage and maximum light intensity.

A coordinator controller manages local equipment to reduce active power losses while maintaining voltage stability.

Limit-cycle oscillation evaluation measures SMPS parameters during operation to enable dynamic compensator adjustment.

Topology analysis identifies unification sets of power system devices sharing outage states to enable concurrent maintenance scheduling.

A data processing module operates independently via a state monitor unit to conserve power during low-activity periods.