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MyEMS Module Overview

The MyEMS suite organizes energy management features into focused modules. Each module lives under src/components/MyEMS and leverages shared utilities in src/components/MyEMS/common. The diagram below shows how core feature areas relate to the common toolkit and to one another.

flowchart TD
    subgraph MyEMS [MyEMS]
        AR[AdvancedReporting]
        AS[AuxiliarySystem]
        CE[CombinedEquipment]
        ESP[EnergyStoragePowerStation]
        EQ[Equipment]
        FDD[FaultDiagnosis]
        KB[KnowledgeBase]
        MTR[Meter]
        MG[Microgrid]
        MON[Monitoring]
        NP[Notification]
        PV[PhotovoltaicPowerStation]
        SF[Shopfloor]
        SP[Space]
        ST[Store]
        TE[Tenant]
        WO[WorkOrder]
    end

    Common[(common components)]

    AR -->|uses| Common
    AS -->|uses| Common
    CE -->|uses| Common
    ESP -->|uses| Common
    EQ -->|uses| Common
    FDD -->|uses| Common
    KB -->|uses| Common
    MTR -->|uses| Common
    MG -->|uses| Common
    MON -->|uses| Common
    NP -->|uses| Common
    PV -->|uses| Common
    SF -->|uses| Common
    SP -->|uses| Common
    ST -->|uses| Common
    TE -->|uses| Common
    WO -->|uses| Common

AdvancedReporting

The AdvancedReporting module delivers in-depth dashboards and KPI summaries. It manages filters, date ranges, and orchestrates multiple chart components.

• AdvancedReporting.js: Main container; fetches data and controls subviews.
• Typically acts as a page-level route component that users navigate to from the main menu.
• Manages shared state such as selected spaces, time ranges, and comparison types.
• Orchestrates child components like Summary, charts, and data tables by passing them cleaned data and loading flags.
• Uses utilities from MyEMS/common (such as DateRangePickerWrapper, PeriodTypeOptions, and chart wrappers) to keep behavior consistent with other analytical pages.
• Summary.js: Renders top-level KPIs in summary cards.
• Receives computed totals, averages, or peak values from AdvancedReporting.js through props.
• Displays several numeric tiles or cards, usually with trends, percentage changes, and unit labels.
• Often interacts with chart components indirectly by sharing the same data model or filter selections.
• Provides a compact overview that users can scan before drilling into detailed graphs and tables.

import Summary from './Summary';
import { BarChart } from '../common/BarChart';

AuxiliarySystem

The AuxiliarySystem module visualizes support systems like HVAC and pumps. It offers network maps, flow diagrams, and live charts.

• DistributionSystem.js: Displays system topology on a map.
• Presents auxiliary equipment and pipelines as nodes and connections, often overlaid on a floorplan or site map.
• Uses components such as AMap or CustomizeMapBox from MyEMS/common to render geospatial or schematic layouts.
• Highlights equipment states and alarms using colors or icons linked to real-time sensor data.
• Often serves as an entry point to navigate into more detailed equipment or space views.
• EnergyFlowDiagram.js: Shows Sankey-style energy flows.
• Visualizes energy inputs, transformations, and outputs between auxiliary subsystems.
• Uses either ECharts wrappers (BarChart, SharePie, or custom Sankey) or specialized flow-diagram components.
• Emphasizes proportional flows, losses, and efficiency by rendering widths or color intensities.
• Commonly consumes aggregated data prepared by backend APIs and normalized in the container.
• RealtimeChart.js: Streams live metrics in a line chart.
• Connects to periodic polling or WebSocket-like update mechanisms to refresh data at intervals.
• Wraps LineChart, SectionLineChart, or MultiTrendChart from the common chart utilities.
• Provides tooltips, legends, and range selectors to inspect recent performance of auxiliary equipment.
• Often embedded below DistributionSystem or EnergyFlowDiagram to combine static topology with live data.

CombinedEquipment

This module analyzes combined equipment performance across multiple dimensions. Components split into metric views and utility views.

• Core Metrics
• CombinedEquipmentCarbon.js
  • Presents carbon emissions and related KPIs for grouped equipment.
  • Uses emission factors applied to energy consumption retrieved from backend APIs.
  • Typically combines time-series emissions with summary tables of emission breakdown by category.
  • Aligns with similar carbon views from Meter and Space modules to give consistent metrics.
• CombinedEquipmentCost.js
  • Shows cost of energy consumption aggregated across multiple equipment items.
  • Applies tariff and time-of-use rules, often calculated server-side and formatted client-side.
  • Uses tables to break down cost by energy category, tariff period, or equipment group.
  • Shares filter logic with other views such as CombinedEquipmentEnergyCategory.

• CombinedEquipmentEfficiency.js

  • Focuses on performance indicators like kWh per unit output or efficiency ratios.
  • Plots efficiency curves and tracks deviations from design or target values.
  • Works closely with CombinedEquipmentOutput.js to compute denominators for efficiency metrics.
  • Often exposes benchmark lines or threshold highlighting for underperforming equipment.

• Comparisons & Trends

• CombinedEquipmentComparison.js
  • Compares consumption, cost, or other KPIs between different equipment groups or time periods.
  • Uses combination charts or multiple series in MixedLineChart or MultipleLineChart.
  • Supports comparison types defined in ComparisonTypeOptions (for example, year-over-year or baseline vs reporting).
  • Drives user decisions when prioritizing retrofits or optimizations across groups.
• CombinedEquipmentStatistics.js
  • Summarizes statistical indicators like min, max, average, and load factors.
  • Presents results in tables and sometimes box-plot style charts for distribution analysis.
  • Often serves as a reference panel for auditors or energy managers evaluating variability.
  • Shares data-processing helpers with other statistics components in Meter and Space.

• CombinedEquipmentPlan.js

  • Displays planned versus actual consumption or cost for combined equipment.
  • Uses stacked or overlapped charts to visualize deviation from plans or budgets.
  • Typically integrates interactive controls to switch between time scales (daily, monthly, yearly).
  • Coordinates with CombinedEquipmentSaving.js to quantify deviations as savings or overruns.

• Auxiliary Views

• CombinedEquipmentBatch.js
  • Supports batch analysis or batch operations for multiple combined equipment configurations.
  • Often allows exporting data to spreadsheets using shared export utilities.
  • Might render combined results in big tables with pagination via common table components.
  • Enables multi-selection of equipment groups for bulk reporting.
• CombinedEquipmentEnergyCategory.js
  • Breaks consumption into categories such as electricity, gas, water, or steam.
  • Frequently uses pie charts (SharePie) and stacked bars to show proportion by category.
  • Interacts with global energy category definitions shared across the entire app.
  • Helps identify which energy types dominate usage for a combined equipment set.
• CombinedEquipmentEnergyItem.js
  • Drills further into individual energy items within broader categories.
  • Useful when the same category contains several billable items or tariffs.
  • Often displays individual series in a multi-line chart for temporal comparison.
  • Reuses the same filters and date range components as the category view.
• CombinedEquipmentIncome.js
  • For revenue-generating equipment, tracks income or production value.
  • Uses revenue metrics aligned with energy inputs to compute profitability.
  • Works with CombinedEquipmentOutput.js to link physical output with monetary return.
  • Supports decision-making around production schedules and capacity utilization.
• CombinedEquipmentLoad.js
  • Focuses on load profiles and demand peaks of combined equipment.
  • Shows load curves and highlights maximum demand intervals.
  • Often interacts with demand-response or load-shifting optimization workflows.
  • Helps plan capacity and avoid peak demand penalties.
• CombinedEquipmentOutput.js
  • Displays physical output quantity (for example, product units or tonnage).
  • Provides baseline data used by CombinedEquipmentEfficiency.js and Income views.
  • Visualizes output trends with time-series charts and summary metrics.
  • Helps correlate process output with energy use and cost.
• CombinedEquipmentSaving.js
  • Quantifies energy or cost savings relative to baselines or plans.
  • Uses difference or ratio metrics and often displays cumulative savings.
  • Integrates with plan, comparison, and statistics data to compute savings accurately.
  • Suitable for tracking performance of energy conservation measures.
• CombinedEquipmentStatistics.js
  • Already listed under comparisons, but in practice serves both trend and summary roles.
  • Provides foundational numeric context which other components reuse for tooltips and labels.

import { MixedLineChart } from '../common/MixedLineChart';
import DetailedDataTable from '../common/DetailedDataTable';

EnergyStoragePowerStation

The EnergyStoragePowerStation suite covers dashboards, detail views, scheduling, and reporting for storage assets.

• Dashboards
• Dashboard.js
  • Main page for a single energy storage power station or for an aggregated view.
  • Arranges several cards such as DetailsCard, real-time charts, and status summaries.
  • Coordinates filter state like selected station, date range, and metric type.
  • Pulls together data from reporting components and status details into one layout.
• CollectionDashboard.js
  • Aggregated dashboard for a collection of energy storage sites.
  • Shows portfolio-level KPIs such as total capacity, total charge, and fleet state-of-charge.
  • Uses StackBarChart and table cards to break down results by station.
  • Often serves management users interested in cross-site performance.

• ItemDashboard.js

  • Focused dashboard for a single item or device inside a station.
  • May show battery modules, PCS, or subsystem performance metrics.
  • Embeds DeviceStatusDetails and parameter charts specific to that item.
  • Helps engineers troubleshoot or optimize specific hardware elements.

• Detail Panels

• EnergyStoragePowerStationDetails.js
  • Page-level or panel-level component that shows full station details.
  • Integrates DetailsCard, DeviceStatusDetails, and ScheduleDetails.
  • Provides navigation between sub-tabs like overview, schedule, and alarms.
  • Acts as the central detail route for jump-ins from list or map views.
• DetailsCard.js
  • Compact card with key attributes like rated power, capacity, location, and operator.
  • Consumed by both dashboards and detail pages for consistent presentation.
  • Uses shared UI components such as FalconCardHeader and CardSummary.
  • Often includes quick links or actions, for example navigate to reporting tabs.
• DeviceStatusDetails.js
  • Displays operational status, alarms, and running state of station devices.
  • Uses icons or small charts to visualize health, temperature, and connection state.
  • Consumes live or near-real-time data from backend APIs.
  • Often reused by both energy storage and photovoltaic modules for similar devices.

• ScheduleDetails.js

  • Shows configured charging and discharging schedules or strategies.
  • Visualizes schedules as time blocks or curves on charts.
  • Supports user inspection of schedule parameters and sometimes editing triggers.
  • Closely interacts with CommandModal when schedules translate into dispatch commands.

• Tables & Lists

• EnergyStoragePowerStationTable.js
  • Provides tabular view of multiple stations with sortable columns.
  • Uses shared table components and may support server-side pagination.
  • Allows selection of rows for navigation or bulk actions.
  • Frequently embedded inside EnergyStoragePowerStationTableCard.
• EnergyStoragePowerStationTableCard.js
  • Wraps the table in a card with header, filters, and export buttons.
  • Provides a visually consistent block used on dashboards or collection views.
  • Manages local UI state like expanded or collapsed sections.
  • Connects table interactions with higher-level routing or detail pages.
• EnergyStoragePowerStationList.js
  • Renders a list of stations, often used for navigation on smaller screens.
  • Displays condensed data like name, basic status, and key metrics in each row.
  • Uses EnergyStoragePowerStationListItem for individual entry layout.
  • Provides search, filter, or sort controls at list level.

• EnergyStoragePowerStationListItem.js

  • Presentational component for a single station row or card.
  • Shows iconography, badges, and short text summaries.
  • Emits click events used by parent list components to trigger navigation.
  • Keeps typography and spacing consistent across different list contexts.

• Modals & Commands

• CommandModal.js
  • Modal dialog for issuing control commands such as start, stop, charge, or discharge.
  • Displays configurable parameters and validates user input before submission.
  • Works closely with backend control APIs and CommandDetails.
  • Often logs results or shows confirmation messages through the Notification system.
• PinModal.js
  • Modal to pin or favorite a particular station or configuration.
  • Updates user preferences or bookmarks via API calls.
  • Used from list or dashboard screens to quickly mark important stations.
  • Ensures a lightweight UX without leaving the current page.

• CommandDetails.js

  • Shows detailed information about a previously sent command.
  • Lists parameters, timestamps, execution results, and any system responses.
  • Used as a drill-down from command history tables or logs.
  • Helps operators audit control actions and troubleshoot anomalies.

• Reporting & Charts

• EnergyStoragePowerStationReportingEnergy.js
  • Time-series and aggregated views of charge and discharge energy.
  • Separates charging, discharging, and standby intervals for clarity.
  • Uses shared chart components with specific energy storage styling or units.
  • Works closely with other reporting views to maintain consistent filters.
• EnergyStoragePowerStationReportingParameters.js
  • Focuses on operational parameters like SOC, voltage, current, and temperature.
  • Allows overlaying multiple parameters on the same time axis.
  • Provides engineers with detailed diagnostics of system behavior.
  • Uses MultiTrendChart or MultipleLineChart to manage many series.
• EnergyStoragePowerStationReportingRevenue.js
  • Tracks revenue from energy arbitrage, ancillary services, or tariff optimization.
  • Converts energy movement and market prices into monetary values.
  • Presents both cumulative and per-interval revenue charts and tables.
  • Aligns with cost and income calculations from other parts of the platform.

• StackBarChart.js

  • Specialized stacked bar chart component tailored to storage use cases.
  • Encapsulates ECharts or similar configuration for quickly rendering energy components.
  • Used by dashboards and reporting components needing stacked charts.
  • Accepts standardized props for labels, units, and tooltips.

• Footer

• EnergyStoragePowerStationFooter.js
  • Common footer section for station-related pages.
  • Might display legal notices, data source information, or connectivity status.
  • Helps ensure consistent bottom-area layout and spacing.
  • Often reused across detail and dashboard views.

Equipment

Focused on single-equipment analytics, this module mirrors CombinedEquipment at the equipment level.

• Metrics & Savings
• EquipmentCarbon.js
  • Shows carbon emissions produced by a single piece of equipment.
  • Uses emission factors and meter readings mapped to that equipment.
  • May provide per-unit-of-output emissions as an intensity indicator.
  • Integrates with export and reporting flows for sustainability audits.
• EquipmentCost.js
  • Displays cost attributed to a specific equipment asset.
  • Breaks down cost by time-of-use, tariff, or energy category.
  • Supports side-by-side comparison between reporting and baseline periods.
  • Shares UI patterns with MeterCost and SpaceCost for familiarity.
• EquipmentEfficiency.js
  • Tracks equipment efficiency over time and versus design spec.
  • Uses production or service output metrics in the denominator.
  • Highlights low-efficiency periods that might require maintenance.
  • Works with maintenance and WorkOrder modules indirectly via KPIs.

• EquipmentSaving.js

  • Reports savings from equipment-level improvements or operational changes.
  • Uses baseline models or pre-retrofit data for comparison.
  • Displays savings as absolute values and percentages of baseline.
  • Useful for energy performance contract tracking.

• Trend & Comparison

• EquipmentComparison.js
  • Enables comparative analysis between different time frames for the same equipment.
  • Uses shared ComparisonTypeOptions component to select comparison mode.
  • Visualizes differences in energy use, cost, or emissions via overlapping charts.
  • Often includes numerical summaries of improvement or degradation.
• EquipmentStatistics.js
  • Summary statistics like peak demand, average load, and operating hours.
  • Often powered by pre-aggregated stats from backend services.
  • Presents statistics in tables, with options to export for offline analysis.
  • Supports engineers and analysts performing detailed performance reviews.

• EquipmentTracking.js

  • Tracks equipment usage patterns relative to production schedules.
  • May include on/off status charts, runtime counters, and utilization ratios.
  • Useful to detect idle running or inefficient scheduling.
  • Often linked to alerting or optimization tools for further actions.

• Views & Categories

• EquipmentBatch.js
  • Batch view or batch operations for multiple equipment items.
  • Often used to run reports, export, or configure multiple assets at once.
  • Uses generic batch components and HTTP calls for data retrieval.
  • Helps reduce repetitive steps for administrators.
• EquipmentEnergyCategory.js
  • Disaggregates equipment energy use by energy category.
  • Uses pies and stacked bars to show relative contributions.
  • Shares the same category taxonomy as meters and spaces.
  • Assists in understanding which resource drives equipment costs most.
• EquipmentEnergyItem.js
  • Further details energy items within categories for the equipment.
  • Helps connect technical readings with billing items.
  • Supports root-cause analysis for unusual bills or spikes.
  • Uses consistent layout with other EnergyItem components.
• EquipmentIncome.js
  • Shows income or value generated by the equipment, where applicable.
  • Supports ROI and payback calculations when combined with cost data.
  • May show price curves or product sales derived from equipment output.
  • Useful for production-heavy or revenue-generating equipment.
• EquipmentLoad.js
  • Presents load profile of an individual equipment.
  • Highlights peak loads and demand shaping opportunities.
  • Often used with alarms when demand exceeds thresholds.
  • Works closely with PowerQuality and MeterTrend for deeper dives.
• EquipmentOutput.js
  • Tracks operational output like production volume or service units.
  • Helps correlate energy consumption with output for benchmarking.
  • Provides data used in efficiency and income calculations.
  • Uses standard chart components for time-series visualization.
• EquipmentPlan.js
  • Shows planned versus actual metrics at the equipment level.
  • Helps align operational plans with real behavior.
  • Often supports editing or uploading plan values from external files.
  • Used by planners and managers to monitor adherence to targets.

FaultDiagnosis (FDD)

A single component drives the fault detection and diagnosis interface.

• Fault.js: Lists and details system faults; integrates with chart utilities.
• Displays active and historical faults for equipment, spaces, or meters.
• Provides filtering by severity, time range, and system area.
• May render fault timelines or statistics using chart components.
• Links to WorkOrder components for inspection and repair follow-up.

KnowledgeBase

Provides a searchable repository of guidance articles.

• KnowledgeBase.js: Main article listing and search interface.
• Fetches and renders categorized knowledge articles, FAQs, or procedures.
• Implements search and filter controls for quick access to relevant topics.
• Uses card or list layouts for article summaries with links to full content.
• Helps operators and analysts quickly find recommended practices.
• Summary.js: Highlights featured articles and key topics.
• Displays top or frequently accessed articles in a condensed view.
• Often appears in dashboards as a quick help or tips panel.
• Uses badges or tags to categorize content by system area.
• Encourages users to explore documentation relevant to current tasks.

Meter

Manages a variety of meter types—physical, virtual, and offline—with real-time and historical analysis.

• Realtime & Trends
• MeterRealtime.js
  • Page-level view for real-time readings from a specific meter.
  • Shows current values, status, and sometimes small trend windows.
  • Works closely with RealtimeChart.js to plot fast-updating data.
  • Integration point for alarms or warning indicators.
• RealtimeChart.js
  • Standalone chart component optimized for frequent updates.
  • Accepts time-series props and re-renders efficiently as new points arrive.
  • Used by multiple realtime views, not just meters.
  • Encapsulates chart configuration to keep code DRY.

• MeterTrend.js

  • Historical trend of meter readings over longer periods.
  • Supports zooming, panning, and switching between metrics or phases.
  • Uses shared line chart utilities to align UI across modules.
  • Good starting point for investigating anomalies or seasonal patterns.

• Usage Metrics

• MeterEnergy.js
  • Main energy consumption view for a meter.
  • Shows kWh or equivalent metrics in charts and daily or monthly tables.
  • Often includes cumulative and per-interval views.
  • Shared logic with OfflineMeterEnergy and VirtualMeterEnergy.
• MeterCost.js
  • Displays billing cost based on meter usage.
  • Applies tariff structures and shows breakdown by tariff periods.
  • Useful for billing verification or cost allocation.
  • Works with plan and saving components to derive savings.
• MeterSaving.js
  • Highlights savings at individual meter level.
  • Baselines may be previous periods or model-based.
  • Indicates both absolute and percentage savings.
  • Often used when meters track retrofitted circuits.

• MeterCarbon.js

  • Shows carbon emissions based on meter energy data.
  • Applies emission coefficients by energy type.
  • Often used in sustainability reporting or compliance.
  • Shares visualization patterns with EquipmentCarbon.

• Comparisons & Balances

• MeterComparison.js
  • Compares meter data across time or between meters.
  • Uses common comparison patterns across MyEMS modules.
  • Helps identify abnormal behavior relative to similar meters.
  • Integrates with data-export utilities for offline comparisons.
• MeterSubmetersBalance.js
  • Compares main meter consumption with sum of submeters.
  • Visualizes balance and potential unmetered or loss components.
  • Uses stacked charts and balance tables.
  • Supports energy audit workflows by highlighting discrepancies.

• MeterTracking.js

  • Monitors meter performance and usage patterns.
  • Logs missing data periods or communication issues.
  • Often displays status flags or uptime percentages.
  • Helpful for data quality assurance before analysis.

• Offline Meters

• OfflineMeterBatch.js
  • Batch input or management for meters not automatically connected.
  • Allows uploading or editing readings manually.
  • Uses data tables with inline editing or import features.
  • Ensures offline meters integrate with standard reports.
• OfflineMeterEnergy.js
  • Energy view similar to MeterEnergy but based on manually entered data.
  • Validates input and indicates missing periods.
  • Uses same charts and tables as online meters.
  • Ensures offline devices are not excluded from analytics.
• OfflineMeterInput.js
  • UI for entering readings for offline meters.
  • Supports form-based and possibly file-based entry modes.
  • Performs input validation and error feedback to users.
  • Connects to backend APIs for saving input data.
• OfflineMeterPlan.js
  • Plan vs actual view specific to offline meters.
  • Supports planning consumption when automatic data is unavailable.
  • Works closely with energy and saving views.
  • Uses same plan schema as other modules for consistency.
• OfflineMeterCost.js
  • Cost analytics for offline meters.
  • Applies tariffs to manually entered consumption data.
  • Mirrors MeterCost UI for user familiarity.
  • Useful where billing requires offline aggregation.
• OfflineMeterSaving.js
  • Saving analytics for offline meters.
  • Uses baselines built from previously entered data.
  • Provides savings results aligned with online meter calculations.
  • Ensures offline retrofits remain measurable.

• OfflineMeterCarbon.js

  • Emission calculations for offline meters.
  • Uses same factors as online meter carbon views.
  • Keeps sustainability metrics complete even for manual data.
  • Integrates with carbon reports at higher aggregation levels.

• Virtual Meters

• VirtualMeterBatch.js
  • Batch configuration or management of virtual meters.
  • Allows building meters from formulas or combinations of other meters.
  • Uses form components and validation for virtual meter definitions.
  • Enables scalable creation of derived metrics.
• VirtualMeterEnergy.js
  • Energy consumption based on computed virtual readings.
  • Shows combined or derived profiles from source meters.
  • Follows same visualization model as physical meters.
  • Useful for tenant aggregation, system boundaries, and KPIs.
• VirtualMeterPlan.js
  • Plan vs actual for virtual meters.
  • Helps track how virtual boundaries perform against budgets.
  • Ties into saving and cost modules for complete financial views.
  • Often uses plan data derived from business rules rather than manual entry.
• VirtualMeterCost.js
  • Cost analytics for virtual meter boundaries.
  • Aggregates cost from underlying meters or costs computed per formula.
  • Presents breakdowns aligned with tenant or space allocations.
  • Useful for cost allocation scenarios.
• VirtualMeterSaving.js
  • Savings view for virtual groupings or synthetic meters.
  • Allows estimation of savings at boundaries like departments or processes.
  • Mirrors online meter saving UI.
  • Supports dashboards at more abstract layers.
• VirtualMeterCarbon.js
  • Carbon emissions from virtual meter energy usage.
  • Summarizes emissions across meter groups or logical boundaries.
  • Aligns with corporate reporting boundaries.
  • Reuses chart patterns from other carbon views.

• VirtualMeterComparison.js

  • Compares virtual meters or virtual vs physical for validation.
  • Helps verify formulas and boundaries against actual data.
  • Useful to tune virtual meter definitions.
  • Integrates with standard comparison tools.

• Power Quality

• PowerQuality.js
  • Visualizes voltage, current, harmonics, and power factor data.
  • Often uses specialized charts or multiple Y-axes.
  • Helps electrical engineers diagnose quality issues.
  • Supports drill-down from alarms or threshold violations.

Microgrid

Supports microgrid asset dashboards, reporting, and configuration.

• UI Elements
• CardDropdown.js
  • Reusable dropdown menu inside microgrid cards.
  • Offers per-card actions such as refresh, export, or navigation.
  • Keeps interaction pattern consistent across microgrid widgets.
  • Often receives action handlers via props from parent dashboards.
• CollectionDashboard.js
  • Aggregated dashboard for multiple microgrid systems.
  • Provides high-level KPIs like sum of PV, storage, and load.
  • Uses charts and tables to break down performance by microgrid.
  • Typically consumed by higher-level management views.
• Dashboard.js
  • Main dashboard for an individual microgrid.
  • Arranges cards for generation, storage, load, and grid interaction.
  • Shares layout concepts with storage and PV dashboards.
  • Acts as an entry point to details and reporting views.

• ItemDashboard.js

  • Focused view for a specific item in a microgrid, such as a generator or load.
  • Shows live status, trends, and configuration details.
  • Often embedded inside details pages as a nested dashboard.
  • Facilitates fine-grained analysis at component level.

• Data Tables

• DetailsTable.js
  • Presents microgrid-related metrics or configuration parameters in table form.
  • May cover device statuses, setpoints, or historical records.
  • Uses reusable table utilities for sorting and exporting.
  • Appears in both dashboards and dedicated detail pages.
• MicrogridTable.js
  • General-purpose table listing microgrids or microgrid sessions.
  • Contains key identifiers, statuses, and summary KPIs.
  • Integrates row actions to open detailed views.
  • Typically wrapped by MicrogridTableCard for UI consistency.

• MicrogridTableCard.js

  • Card wrapper for MicrogridTable.
  • Adds header, filters, and extra actions like export.
  • Encapsulates repeated styling and spacing.
  • Simplifies embedding the table in multiple pages.

• Lists & Footers

• MicrogridList.js
  • List-based navigation of microgrids, useful on smaller screens.
  • Consumes MicrogridListItem to render each entry.
  • Supports searching and filtering by microgrid properties.
  • Often used in sidebars.
• MicrogridListItem.js
  • Individual list item layout for a microgrid.
  • Displays name, key status indicators, and quick metrics.
  • Emits user interaction events to the parent list.
  • Maintains uniform look across lists and dropdowns.

• MicrogridFooter.js

  • Reusable bottom section for microgrid-related pages.
  • Can show data source notes, synchronization state, or quick help.
  • Encourages consistent UX regarding footer information.
  • Simple but centralizes responsibility for that page area.

• Reporting Modules

• MicrogridReportingEnergy.js
  • Presents energy flows and balances inside the microgrid.
  • Shows generation, storage usage, imports, and exports.
  • Often uses stacked bar or Sankey-style charts.
  • Helps understand overall microgrid energy behavior.
• MicrogridReportingParameters.js
  • Displays operational parameters like voltages, currents, and state-of-charge.
  • Allows overlaying multiple parameters per device or per bus.
  • Supports engineers analyzing technical performance.
  • Often shares chart wrappers with energy storage reporting modules.

• MicrogridReportingRevenue.js

  • Shows revenue from exports or cost savings from self-consumption.
  • Breaks revenue by energy source or market program.
  • Uses both time-series and aggregated views.
  • Useful for financial evaluation of microgrid projects.

• Charts

• StackBarChart.js
  • Microgrid-specific stacked bar chart component.
  • Encapsulates color schemes and label formats suitable for microgrid use.
  • Used by energy and revenue reporting views.
  • Accepts generic props so other modules can reuse it if needed.

Monitoring

Aggregates equipment and space monitoring into unified views.

• CombinedEquipments.js: Multi-equipment live view.
• Shows status or real-time KPIs for multiple equipment simultaneously.
• Uses list or grid layouts with per-equipment mini charts or gauges.
• Supports filtering by space, type, or tag.
• Useful as an operational command center view.
• EquipmentFooter.js: Persistent controls for monitoring views.
• Renders controls like page size, quick filters, or summary information.
• Stays visible while content scrolls, depending on layout.
• Reused across different monitoring screens for consistency.
• Keeps navigation and key actions at users’ fingertips.
• EquipmentList.js: Catalog of monitored devices.
• Lists monitored equipment with essential data and statuses.
• Integrates with selection and navigation to details or dashboards.
• Supports search and filtering across multiple attributes.
• Basis for drill-down workflows from broad monitoring views.
• SpaceEquipments.js: Devices within a given space.
• Filters the equipment list by a specific space or zone.
• Combines space tree selection with equipment listing.
• Helps facility staff see all assets in a physical area.
• Often used together with ChildSpacesTable from common components.
• equipments.js: Shared data hooks.
• Likely contains helper functions, configuration, or mock data for equipment monitoring.
• Keeps data structures consistent between list, combined, and space views.
• Reduces duplication of mapping logic between API responses and UI props.
• Centralizes queries or transformation utilities.

Notification

Handles in-app alerts and toasts.

• Notification.js: Global notification dispatcher and renderer.
• Wraps a notification system such as toast or alert stack.
• Exposes functions or context to trigger notifications from anywhere.
• Configures severity levels, auto-dismiss behavior, and positions.
• Used extensively by forms, modals, and long-running operations.

PhotovoltaicPowerStation

Mirrors EnergyStoragePowerStation for PV assets, adding inverter and meter details.

• Dashboard & Collection
• Dashboard.js
  • Main operational dashboard for a photovoltaic power station.
  • Shows generation curves, performance ratios, and weather correlations.
  • Composes detail cards, charts, and tables in a unified layout.
  • Often first page operators see for PV sites.
• CollectionDashboard.js
  • Aggregated view of multiple PV stations.
  • Summarizes total generation, performance, and alarms across portfolio.
  • Uses charts such as stacked bars and pies for station comparison.
  • Helps top-level management assess fleet performance quickly.

• ItemDashboard.js

  • Focused on a particular subsystem, such as an inverter group or string.
  • Shows real-time and historical metrics relevant to that component.
  • Combines InvertorDetails, MeterDetails, and status widgets.
  • Ideal for troubleshooting specific hardware chains.

• Details & Status

• PhotovoltaicPowerStationDetails.js
  • Detailed view containing station configuration and status.
  • Integrates child components like DeviceStatusDetails and meter panels.
  • Organizes information across tabs or cards for usability.
  • Central route when navigating from list or map.
• DeviceStatusDetails.js
  • Presents health and running status for PV devices, similar to storage.
  • Shows statuses for inverters, combiner boxes, and communication devices.
  • Highlights faults or warnings using colors and icons.
  • Reuses interface patterns from the storage module for familiarity.
• InvertorDetails.js
  • Specific to inverter devices and their parameters.
  • Displays DC and AC side metrics, efficiency, and alarms.
  • Useful for identifying underperforming inverters.
  • Works with charts to visualize inverter performance over time.
• MeterDetails.js
  • Shows meter-based readings related to PV generation or exports.
  • Supplements operational data with billing-relevant information.
  • Reuses table and chart components from the Meter module.
  • Aids in verifying meter readings versus inverter outputs.

• FaultDetails.js

  • Detailed information on PV-related faults or alarms.
  • Includes timestamps, affected components, and statuses.
  • May provide links to related WorkOrders for repair.
  • Helps analyze recurring issues or component reliability.

• Lists & Tables

• PhotovoltaicPowerStationList.js
  • List of PV stations displayed as rows or cards.
  • Allows quick navigation and search between many sites.
  • Uses PhotovoltaicPowerStationListItem per entry.
  • May show key metrics like current power and daily yield.
• PhotovoltaicPowerStationListItem.js
  • Presentational component for single PV site in a list.
  • Includes status icon, station name, and quick KPIs.
  • Triggers navigation to dashboard or details when clicked.
  • Ensures consistent styling across list usages.
• PhotovoltaicPowerStationTable.js
  • Tabular representation of PV stations and metrics.
  • Suitable for export and sorting-focused use cases.
  • Often complements the list view in more data-heavy contexts.
  • Integrated into PhotovoltaicPowerStationTableCard.

• PhotovoltaicPowerStationTableCard.js

  • Card wrapper around the table view.
  • Adds filter controls, title, and action buttons.
  • Enhances visual integration into dashboards and reports.
  • Encapsulates repeated styling and common behavior.

• Reporting

• PhotovoltaicPowerStationReportingEnergy.js
  • Reporting focused on energy production, yield, and curtailment.
  • Often includes performance ratio and specific yield metrics.
  • Uses time-series and comparison charts.
  • Essential for performance audits and guarantee checks.
• PhotovoltaicPowerStationReportingParameters.js
  • Shows operational parameters such as irradiance, temperatures, and voltages.
  • Helps correlate performance with environmental conditions.
  • Uses multi-series charts to show cross-parameter relationships.
  • Supports optimization and predictive maintenance efforts.

• PhotovoltaicPowerStationReportingRevenue.js

  • Tracks income from feed-in tariffs or energy sales.
  • Shows daily, monthly, and yearly revenue trends.
  • Provides breakdowns by tariff, market, or site.
  • Aligns with corporate financial reporting needs.

• Charts

• StackBarChart.js

  • PV-specific stacked bar chart variant.
  • Configured to show contributions from different arrays or subfields.
  • Reused across PV dashboards and reports.
  • Accepts generic input for composition across modules.

• Footer

• PhotovoltaicPowerStationFooter.js
  • Common footer panel for PV station pages.
  • Displays supplementary information, disclaimers, or update timestamps.
  • Aims for consistent bottom-of-page behavior similar to storage footer.
  • Simple, but centralizes repeated content.

Shopfloor

Delivers ecommerce-style dashboards for manufacturing and retail.

• Dashboards
• Dashboard.js
  • Main analytics dashboard for a shopfloor environment.
  • Combines energy, production, and sales-style widgets.
  • Uses components like ActiveUsersBarChart, BestSellingProducts, and TotalSales.
  • Provides managers with both operational and business KPIs.

• CardDropdown.js

  • Small dropdown used within dashboard cards for actions.
  • Exposes options such as time range change or export.
  • Keeps interaction consistent with Store and Tenant dashboards.
  • Receives handlers via props from parent components.

• Sales & Purchases

• PurchasesTable.js
  • Table listing purchase transactions relevant to the shopfloor context.
  • Shows customers, amounts, dates, and statuses.
  • Uses shared table components seen in e-commerce modules.
  • Supports sorting, searching, and selection.
• RecentPuchasesTable.js
  • Focused on the latest purchases subset.
  • Often appears in side panels or dashboard tiles.
  • Summarizes key information without full table features.
  • Helps users quickly see recent activity.
• TotalSales.js
  • Widget summarizing total sales over a selected time period.
  • Shows numeric value and sometimes a trend indicator.
  • Reused across Shopfloor, Store, and Tenant dashboards.
  • Provides quick high-level business KPI.

• WeeklySales.js

  • Graphical representation of weekly sales performance.
  • Often uses bar or line charts to show daily values.
  • Can highlight weekly peaks or dips.
  • Integrates well with date range controls.

• Shopfloor Metrics

• ShopfloorBatch.js
  • Handles batch-level energy metrics for multiple shopfloor areas.
  • Facilitates multi-entity analysis similar to meters and equipment.
  • Uses table and chart components for aggregated results.
  • Useful for planning and summarizing across production lines.
• ShopfloorEnergyCategory.js
  • Energy use by category on the shopfloor.
  • Uses pie and stacked bar charts for breakdown.
  • Helps identify which utilities dominate consumption.
  • Aligns shopfloor insights with enterprise energy categories.
• ShopfloorEnergyItem.js
  • Detailed breakdown by item within each category.
  • Useful for billing allocation and root-cause analysis.
  • Reuses same patterns as other EnergyItem views.
  • Provides data granularity for fine-grained decisions.
• ShopfloorLoad.js
  • Presents load curves and demand peaks across shopfloor processes.
  • Highlights intensive intervals where shifting could reduce cost.
  • Integrates with optimization or load shifting features.
  • Helps plan operation schedules and maintenance windows.
• ShopfloorCost.js
  • Tracks cost from shopfloor energy and related inputs.
  • Aligns cost curves with production or sales metrics.
  • Displays breakdowns suitable for cost accounting.
  • Uses consistent formatting with Tenant and Store cost views.
• ShopfloorCarbon.js
  • Carbon emissions attributed to shopfloor activities.
  • Breaks emissions down by category or production line.
  • Important for sustainability and ESG reporting.
  • Shares methodology with other carbon components.
• ShopfloorSaving.js
  • Savings metrics at the shopfloor level.
  • Compares against baseline or plan scenarios.
  • Presents cumulative and period-based savings.
  • Supports ROI evaluation of shopfloor initiatives.
• ShopfloorComparison.js
  • Compares shopfloor performance across time or between lines.
  • Uses comparison-style charts and summary metrics.
  • Helps identify best-performing areas or shifts.
  • Reuses ComparisonTypeOptions for selection of comparison type.

• ShopfloorStatistics.js

  • Contains statistical aggregates for shopfloor KPIs.
  • Shows values such as average consumption per unit throughput.
  • Provides additional numeric context for decision-making.
  • Can feed into optimization or anomaly detection tools.

• Widgets

• ActiveUsersBarChart.js
  • Bar chart showing active users or operators over time.
  • Visually indicates workforce engagement or utilization.
  • Reused across Shopfloor, Store, and Tenant dashboards.
  • Quick visual cue for activity level.
• BestSellingProducts.js
  • Lists products ranked by sales or throughput.
  • Could integrate with e-commerce or ERP data sources.
  • Helps managers focus on top performers.
  • Often displayed with images, names, and key stats.
• Weather.js
  • Displays weather information relevant to shopfloor operation.
  • Useful where ambient conditions impact energy use or production.
  • Uses shared weather widget logic from other dashboards.
  • Sometimes used for comparing production to environmental factors.

Space

Monitors environmental and production metrics per area.

• Real-time & Control
• RealtimeData.js
  • Shows live sensor data for a space.
  • Displays metrics like temperature, humidity, and CO2.
  • Uses RealtimeSensor and chart components for visualization.
  • Helps facility staff monitor comfort and safety in real time.

• EnterProduction.js

  • Interface for entering or managing production figures in a space.
  • Used where automatic production data is unavailable.
  • Supports forms with validation and possibly batch imports.
  • Feeds data into output and efficiency calculations.

• Metrics

• SpaceCarbon.js
  • Carbon emissions calculated at the space level.
  • Aggregates emissions from meters serving that space.
  • Shows time-series and category breakdowns.
  • Used for spatial ESG reporting.
• SpaceCost.js
  • Cost view aggregating meters and equipment inside a space.
  • Helps allocate utility costs to cost centers or departments.
  • Consistent with TenantCost and StoreCost.
  • Supports managerial budgeting and accountability.
• SpaceEfficiency.js
  • Efficiency ratios relative to area, production, or occupancy.
  • Highlights underperforming zones versus benchmarks.
  • Uses charts and tables to show intensity metrics.
  • Enables spatial optimization of energy use.
• SpaceLoad.js
  • Load profile for a space based on aggregated meters.
  • Helps detect peaks attributable to specific zones.
  • Works with load shifting and demand response strategies.
  • Valuable for facilities with high spatial diversity of loads.
• SpaceOutput.js
  • Tracks useful output associated with a space.
  • Could be production, service units, or occupancy-based outputs.
  • Used as a denominator in several efficiency KPIs.
  • Connects operational metrics with energy performance.

• SpaceSaving.js

  • Savings from measures implemented in a space.
  • Summarizes both energy and cost implications.
  • Helps track impact of retrofits or operational changes.
  • Mirrors saving views from other modules for consistency.

• Planning & Prediction

• SpacePlan.js
  • Plan vs actual analysis at space level.
  • Uses planned consumption or cost curves as baselines.
  • Assists in budgeting and performance monitoring.
  • Works with plan upload or manual entry components.
• SpacePrediction.js
  • Presents predicted consumption or conditions for a space.
  • May rely on forecasts from backend services.
  • Visualizes forecast ranges and confidence visually.
  • Helps proactive decision-making and capacity planning.

• SpaceProduction.js

  • Focuses on production metrics originating in a space.
  • Serves as data source for output and efficiency components.
  • Includes time-series and aggregated production statistics.
  • Supports comparison with planned production.

• Environment

• SpaceEnvironmentMonitor.js

  • Dedicated environment monitoring panel for spaces.
  • Shows multiple environmental metrics simultaneously.
  • Uses gauges, trend charts, and threshold indicators.
  • Supports comfort and IAQ compliance management.

• Reporting

• SpaceEnergyCategory.js
  • Energy use by category at space level.
  • Uses pie and stacked charts to show composition.
  • Aligns with main energy category definitions used globally.
  • Provides clarity on which energy types dominate a space.
• SpaceEnergyItem.js
  • Further disaggregation by energy item for spaces.
  • Supports fine-grained cost allocation and analysis.
  • Uses table and chart views similar to other EnergyItem components.
  • Aids in audit and detailed billing reconciliation.
• SpaceStatistics.js
  • Summary statistics covering multiple KPIs for a space.
  • Presents results across carbon, cost, load, and comfort metrics.
  • Handy for snapshot reports or exportable summaries.
  • Often underpins higher-level dashboards with numeric data.

Store

Retail-focused dashboards and sales analytics.

• Dashboard Elements
• Dashboard.js
  • Main analytics dashboard for retail store operations.
  • Combines sales, traffic, and energy widgets.
  • Reuses many components from Shopfloor and Tenant dashboards.
  • Tailored for store-level managers and regional supervisors.

• CardDropdown.js

  • Card action dropdown for store dashboards.
  • Offers interactive options like timeframe selection and export.
  • Mirrors CardDropdown components from other modules.
  • Keeps visual and behavioral consistency across dashboards.

• Sales & Inventory

• PurchasesTable.js
  • Transaction table for purchases related to store context.
  • Provides similar structure to e-commerce purchase tables.
  • Easily exportable for offline analysis.
  • Bases on shared PurchasesTable logic where possible.
• RecentPuchasesTable.js
  • Shows the most recent store purchases.
  • Focused subset for quick situational awareness.
  • Often includes links to order details.
  • Lightweight version of the full purchases table.
• TotalSales.js
  • Total sales widget for store-level KPIs.
  • Usually includes comparison to previous period.
  • Simple numeric or small chart-based display.
  • Shared between Store, Tenant, and Shopfloor modules.

• WeeklySales.js

  • Graphs weekly store sales performance.
  • Highlights daily or hourly breakdowns.
  • Useful for tracking promotions and seasonal patterns.
  • Uses shared chart wrappers from dashboard modules.

• Store Metrics

• StoreBatch.js
  • Batch processing or aggregated view across multiple stores.
  • Useful for regional or national aggregated reporting.
  • Works with summary charts and tables similar to TenantBatch.
  • Helps corporate users view store-level metrics at scale.
• StoreEnergyCategory.js
  • Energy use by category for a store.
  • Spots which energy types drive store utility bills.
  • Aligns with corporate energy analytics taxonomy.
  • Shares UI with equivalent Shopfloor and Space components.
• StoreEnergyItem.js
  • Granular look at energy items in store context.
  • Important for sub-billing or energy cost splitting.
  • Mirrors structure of other EnergyItem components.
  • Common in multi-tenant or shopping mall scenarios.
• StoreLoad.js
  • Store load profile with peaks such as opening or closing times.
  • Helps adjust schedules for HVAC and lighting.
  • Integrates with advanced reporting for deeper insights.
  • Uses standard line or bar charts.
• StoreCost.js
  • Store-level utility cost analysis.
  • Summarizes cost by type, period, or store zone.
  • Critical for store P&L management.
  • Shares most logic with TenantCost and ShopfloorCost.
• StoreCarbon.js
  • Store-level emissions footprint.
  • Enables corporate reporting per site.
  • Uses aggregated meter data serving that store.
  • Works in tandem with sustainability dashboards.
• StoreSaving.js
  • Shows savings at store level from efficiency measures.
  • Baselines often come from historical store data.
  • Graphs cumulative benefits over time.
  • Useful for reporting initiative outcomes to stakeholders.
• StoreComparison.js
  • Compares store performance across periods or between stores.
  • Could become part of a multi-store comparison dashboard.
  • Identifies underperformers and best practices.
  • Uses comparison chart patterns and summary tables.

• StoreStatistics.js

  • Summary statistics across key store KPIs.
  • Offers quick numeric overview for management.
  • Frequently used as input for exports or reports.
  • Complements charts with numeric evidence.

• Widgets

• ActiveUsersBarChart.js
  • Shows active user or customer engagement levels.
  • Could represent app or in-store activity.
  • Same component reused across multiple domain dashboards.
  • Provides context for sales and marketing actions.
• BestSellingProducts.js
  • Ranking of best-selling items within a store.
  • Helps staff prioritize stock and promotions.
  • Visual representation with thumbnails and metrics.
  • Shares UI patterns with Shopfloor equivalents.
• Weather.js
  • Weather widget for store dashboards.
  • Important when weather affects footfall or energy use.
  • Derived from shared weather component implementation.
  • May inform decisions around store operations and marketing.

Tenant

Manages tenant-level consumption and billing analytics.

• Tenant Views
• Dashboard.js
  • Main dashboard summarizing tenant performance and costs.
  • Shows energy use, costs, and savings across tenant spaces.
  • Combines metrics similar to Store and Shopfloor dashboards.
  • Serves tenants or property managers overseeing single tenants.

• CardDropdown.js

  • Action dropdown for tenant dashboard cards.
  • Offers standard actions like view details or download.
  • Reuses same component code used in Store and Shopfloor modules.
  • Keeps cross-module UX consistent.

• Billing & Usage

• TenantBill.js
  • Detailed view of tenant billing information.
  • Lists invoices, periods, amounts, and statuses.
  • Uses tables and possibly PDF or print helpers from extra modules.
  • Core for financial interactions between facility and tenant.
• PurchasesTable.js
  • Purchase history relevant to tenant context.
  • Similar to store and e-commerce tables.
  • Supports tenant-level financial analysis.
  • Sometimes integrated into billing or invoice review screens.
• RecentPuchasesTable.js
  • Recently occurred purchases for quick overview.
  • Lightweight view in dashboards or sidebars.
  • Encourages quick drill-down into detailed histories.
  • Shares implementation with other recent purchases tables.
• TotalSales.js
  • Tenant-level sales or turnover summary.
  • Could represent tenant revenue in commercial settings.
  • Used by property managers and tenants alike.
  • Same widget as other modules but with tenant-scoped data.

• WeeklySales.js

  • Weekly sales performance for a tenant.
  • Useful for tracking trends and rent-linked sales clauses.
  • Uses line or bar charts with simple legends.
  • Harmonized with store weekly sales components.

• Tenant Metrics

• TenantBatch.js
  • Batch or aggregated view for multiple tenants.
  • Important for landlords with many tenants.
  • Displays aggregated KPIs, enabling benchmarking.
  • Converts tenant-level data into multi-tenant analytics.
• TenantEnergyCategory.js
  • Energy consumption by category for a tenant.
  • Helps allocate utility costs fairly.
  • Aligns with underlying meter data and energy categories.
  • Provides basis for category-based billing.
• TenantEnergyItem.js
  • Item-level analysis for tenant energy use.
  • Useful for complex billing contracts with multiple charges.
  • Shares UI patterns with other EnergyItem components.
  • Aids transparency in tenant bills.
• TenantLoad.js
  • Tenant-specific load profiles.
  • Identifies when tenant operations drive peak demand.
  • Shapes discussions on demand charges and behavior change.
  • Uses standard load chart components.
• TenantCost.js
  • Full tenant cost analysis of utilities.
  • Shows fixed, variable, and demand-related cost segments.
  • Core component for tenant billing and cost recovery.
  • Aligns with TenantBill for full financial picture.
• TenantCarbon.js
  • Tenant-specific carbon emissions breakdown.
  • Important for green lease contexts or ESG disclosures.
  • Aggregates data from meters allocated to tenants.
  • Similar UI as other carbon components, but tenant-focused.
• TenantSaving.js
  • Savings achieved by or for a tenant.
  • Highlights benefits from efficiency improvements or behavior changes.
  • Cumulative and period-based metrics supported.
  • Encourages tenant engagement with energy efficiency.
• TenantComparison.js
  • Compares tenant performance across periods or between tenants.
  • Useful for benchmarking within multi-tenant facilities.
  • Uses comparison charts and statistics tables.
  • Helps identify opportunities and best practices.

• TenantStatistics.js

  • Summary statistics for a tenant’s KPIs.
  • Provides numeric values for reporting and exports.
  • Complements graphs with detailed numbers.
  • Often part of print-ready or PDF-ready reports.

• Widgets

• ActiveUsersBarChart.js
  • Bar chart of active users, often tenant employees or customers.
  • Adds context to energy and cost metrics.
  • Reused from Shopfloor and Store modules.
  • Visual link between user activity and resource use.
• BestSellingProducts.js
  • For retail tenants, indicates high-selling items.
  • Helps property managers understand tenant business mix.
  • Shared implementation with other best-selling widgets.
  • May feed into lease design or marketing decisions.
• Weather.js
  • Weather widget giving external conditions context.
  • Especially relevant for climate-sensitive tenants.
  • Pulls from shared weather component code.
  • Supports discussions around comfort and energy use.

WorkOrder

Supports inspection, installation, and repair workflows.

• Inspection.js: Lists scheduled inspections and reports.
• Contains UI to manage inspection tasks such as upcoming and completed visits.
• Shows assignments, deadlines, and status fields.
• May integrate with Fault or Equipment components for context.
• Core screen for teams managing periodic inspections.
• Installation.js: Tracks installation tasks and checklists.
• Manages installation jobs for new equipment or meters.
• Could show steps, required materials, and responsible staff.
• Often links to new Equipment or Meter records when completed.
• Supports workflow from planning through commissioning.
• Repair.js: Manages fault repairs and status updates.
• Focuses on repairs triggered by FDD or faults.
• Shows priority, current status, and resolution details.
• Allows technicians to update notes and close tasks.
• Essential in closing the loop between detection and action.

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