Automated energy consumption monitoring and reporting

Purpose

1. Automatedly monitor and report real-time energy consumption across all naval base facilities to support compliance, reduce waste, and optimize budgeting.

2. Automate collection, aggregation, and visualization of energy usage from smart meters, HVAC, lighting, and mission-critical equipment.

3. Automating exception detection for abnormal consumption spikes signaling leaks, malfunction, or inefficiency.

4. Schedule automated delivery of energy usage summaries and compliance reports to base leadership and government auditors.

5. Enable automated alerts and automated escalation to maintenance when anomalous usage or system faults are detected.

Trigger Conditions

1. Automated data-pull from energy meters on a recurring schedule (e.g., hourly, daily).

2. Automated detection of threshold breaches (usage exceeds preset bounds).

3. Scheduled automation of periodic compliance or cost reports.

4. On-demand automation (manual override for ad hoc reports).

Platform Variants

1. AWS IoT

• Feature/Setting: Automate device data ingestion and event rule for threshold breaches—Configure AWS IoT Rule Actions to capture smart meter MQTT topics.
  

2. Microsoft Power Automate

• Feature/Setting: Automator for scheduled database polling and reporting—Automate MS SQL connectors to run queries and send reports.
  

3. Siemens Desigo CC

• Feature/Setting: BACnet device automation and scheduled reporting—Configure Automated Energy Reports via Report Scheduler.
  

4. Schneider Electric EcoStruxure

• Feature/Setting: Automate energy data collection and dashboard alerts—Configure Automated Event Notification for anomaly detection.
  

5. IBM Maximo

• Feature/Setting: Automatable integration with sensors—Maximo Automation Scripts for energy data import and report scheduling.
  

6. Google Cloud Functions

• Feature/Setting: Automator for on-demand analytics—Trigger Cloud Functions on cloud storage write for new meter files.
  

7. Honeywell Enterprise Buildings Integrator

• Feature/Setting: Centralized energy automating—Configure EBI Reports and Automated Alarm Management for exceptions.
  

8. Cisco Kinetic

• Feature/Setting: Edge automation and device integration—Automate rules for local event processing on IoT gateways.
  

9. Tridium Niagara Framework

• Feature/Setting: Automates multiple protocol integrations—Configure Niagara Analytics for real-time consumption alerts.
  

10. Johnson Controls Metasys

• Feature/Setting: Scheduled report automation and notifications—Configure Report Automation Wizard for recurring energy KPIs.
  

11. SAP Leonardo IoT

• Feature/Setting: Workflow automating on energy anomaly detection—Configure Automated Actions module for alerts and reports.
  

12. OSIsoft PI System

• Feature/Setting: Automatedly collect time-series data—Configure PI Notifications for real-time threshold breaches.
  

13. Azure Logic Apps

• Feature/Setting: Automate workflows connecting sensors and email—Configure Scheduled Triggers and Outlook Connector.
  

14. Enel X Energy Intelligence Software

• Feature/Setting: Automatedly consolidate fleet data—Configure Portfolio Dashboard Automated Alerts.
  

15. Oracle IoT Cloud

• Feature/Setting: Automate device-to-dashboard reporting—Configure automated actions on streaming ingestion.
  

16. EnergyCAP

• Feature/Setting: Automate bill import and analytic reporting—Configure Automated Bill Sync and Exception Alerts.
  

17. BuildingOS by Lucid

• Feature/Setting: Automatedly integrate multiple subsystems—Automate Report Builder to schedule compliance dashboards.
  

18. DEXMA Energy Intelligence Platform

• Feature/Setting: Automate anomaly detection and reporting—Configure Automated Alert Triggers for abnormal patterns.
  

19. Fluke Connect

• Feature/Setting: Wireless data collection and automation—Configure Automated Data Sync and Alert Routing.
  

20. GridPoint Energy Manager

• Feature/Setting: Automated scheduling and notification—Automate Real-Time Data Streams and Set Automated Notifications.
  

Benefits

1. Automates continuous energy usage tracking across all naval base assets.

2. Enforces compliance via automated and auditable reporting mechanisms.

3. Accelerates response to anomalies with automated alerting and escalation.

4. Empowers data-driven maintenance planning with automation of insights and cost savings.

5. Reduces manual labor by employing automators for recurring, repetitive monitoring and documentation tasks.