Tariff Metering Apparatus TRIZ Cases

A data collection system schedules meter communication based on established behavior parameters to optimize cellular network resource usage.

A phase dimmer measures energy consumption by sampling current flow within a sinusoidal half-wave using existing microcontroller hardware.

Interlocking panel joints and ribbed surfaces resist soil migration while collapsible design reduces transport volume.

Correlating smart meter voltage data detects electric meter mismappings, correcting connectivity model errors caused by manual entry issues.

Segmenting the electric power meter into replaceable modules eliminates full unit disassembly and recertification during component maintenance.

Smart meters monitor real-time gas composition and energy content to dynamically adjust valve settings across a pipeline network.

A multichannel edge router receives data on multiple simultaneous frequencies to increase system throughput.

Portable device overlays circuit load data onto live distribution panel images for intuitive energy monitoring.

A monitoring system synchronizes voltage sensor data with smart meter power consumption readings to identify electrical device actions.

Automated monitoring system groups devices by correlation coefficients to aggregate discrete alarms into hierarchical process units.

A kilowatt-hour meter integrates Ethernet connectivity and environmental sensors for remote data collection.

Oscillating voltage signal analysis corrects pulse counts to maintain counting accuracy despite environmental disturbances.

A measuring device injects signals into consumer connections to determine household base load profiles via conductance analysis.

A hybrid metering method combines time-driven and event-driven measurement components to reconstruct energy trends in distribution networks.

A sensor gateway allocates transmission dates via programming cycles to ensure non-interfering sequential data delivery.

Central unit aggregates consumption data from distributed sensor units to determine a building's CO2 balance.

A communications hub connects resource metering devices and consumption endpoints to enable centralized energy management.

Socket sensors capture voltage and current data to identify appliances via electrical fingerprints, eliminating complex sensor installation requirements.

A power line communication system provides location-bound authentication via the electrical grid infrastructure.

A dual-sided electricity metering device uses digital isolation to separate regulated metering from advanced processing.

A satellite meter reader interrogates utility meters and transmits data via satellite links to resolve remote infrastructure gaps.

AMI system analyzes power outage clusters to detect tornado ground contact, replacing manual tracking with automated precision.

A power monitoring system uses segmented metering devices to track energy flow between external supplies and storage units.

Modbus register mapping enables customizable revenue meter displays that adapt to diverse regulatory requirements across jurisdictions.

Trace antenna and amplifier generate pulse signals to detect high voltage tampering, reducing inaccurate readings.

A power meter with a movable terminal block reorients wiring access to resolve installation constraints in confined panels.

Clustering algorithms group meter descriptors to assign phase identifiers, eliminating manual tracking errors in 3-phase distribution networks.

A collection device filters user-specific consumption data before transmission to mobile displays.

Segmented radio modules add wireless capabilities to basic meters, avoiding costly redesigns and reducing development time.

A solid-state register signals a communication device through an idle AMR interface to initiate immediate status retrieval.

A virtual metering method adjusts measured quantities using statistical error models to characterize unmonitored utility paths.

Processing unit stores difference values using 8-bit encoding with assigned error values for out-of-range measurements.

A central control unit detects connection processes and compares them with stored profiles to identify specific consumers.

Distributed access points calculate optimal routes via neighbor tables to resolve single gate failure vulnerabilities in mesh networks.

An intermediary gateway handles protocol translation and authentication, allowing IEDs to bypass firewalls and eliminate manual configuration.

Chained digital signatures link meter datasets to enable remote verification of data authenticity and integrity.

Microprocessor-based remote devices calculate RMS voltage data and transmit it wirelessly to a server system, enabling precise real-time voltage management.

A proxy service-enabled endpoint system uses remote endpoint virtualization to manage incompatible one-way devices within two-way wireless architectures.

Smart meters transmit location data to wireless access points, enabling mobile devices to determine position without dedicated GPS hardware.

Intelligent Network Data Enterprise architecture employs core adapters to resolve interoperability complexity among diverse power grid management systems.

A processing device matches power meters to connected devices by comparing their respective power consumption profiles against recorded meter data.

Disaggregating total gas flow isolates individual appliance consumption, identifying mineral buildup and low pressure without adding sensors.

A multi-protocol gateway aggregates data from diverse measuring devices using independent internal communication modules.

A utility network communication device compares node operation data against predefined threshold and situational parameters to identify anomalous events.

A processor applies forward voltage to a diode in parallel with a switching element to detect wire integrity states.

Predictive machine learning analyzes historical consumption and service orders to detect deteriorating meter sockets before electrical arcs occur.

Temperature-based mode switching reduces power consumption and extends battery life in remote waste monitoring sensors.

A steering angle sensor determines angular position using two output gears with different diameters to generate reference and comparison values.

Manager apparatus monitors sensor transfer function estimates to detect drift and tampering in utility meters.

Nodes transmit beacon signals containing signal data to build local network tables with inbound and estimated outbound signal strengths.