Solar Energy Monitoring Workflow

Created by Lamont Gibson, Modified on Tue, 23 Jun at 2:39 PM by Lamont Gibson

Purpose

This workflow is used when a customer requests assistance with:

  • Solar panel monitoring
  • Solar production monitoring
  • Solar energy tracking
  • Solar performance alerts
  • Solar app configuration
  • Solar system visibility
  • Renewable energy monitoring

The objective is to provide visibility into solar production, energy consumption, system performance, battery storage, and utility interaction while helping customers maximize the value of their solar investment.


Customer Objectives

Determine what problem the customer is trying to solve:

  • Monitor solar energy production
  • Verify solar system performance
  • Track energy savings
  • Receive system fault alerts
  • Monitor battery storage levels
  • Reduce utility costs
  • Monitor a vacation or secondary property
  • Understand energy consumption patterns

Information To Collect

Solar System Information

  • Solar panel manufacturer
  • Inverter manufacturer
  • Battery storage system
  • System size (kW)
  • Date of installation
  • Monitoring platform currently in use

Solar Equipment

  • Solar panels
  • String inverter
  • Microinverters
  • Battery backup system
  • Smart energy meter
  • EV charger integration

Existing Smart Home Ecosystem

  • Solar monitoring app
  • Tesla ecosystem
  • Enphase ecosystem
  • SolarEdge ecosystem
  • Home Assistant
  • SmartThings
  • Google Home
  • Amazon Alexa

Technician Evaluation

Solar Production Monitoring

Review:

  • Real-time energy production
  • Daily production
  • Monthly production
  • Annual production
  • Historical trends
  • Production anomalies

System Health Monitoring

Evaluate:

  • Inverter status
  • Communication status
  • Panel performance reporting
  • Equipment fault alerts
  • Offline device notifications

Energy Management

Determine whether customer wants:

  • Energy consumption monitoring
  • Solar self-consumption tracking
  • Battery monitoring
  • EV charging optimization
  • Utility import/export visibility

Common Recommendations

Basic Solar Monitoring

  • Manufacturer monitoring platform
  • Production notifications
  • System health alerts

Advanced Solar Visibility

  • Consumption monitoring
  • Solar production reporting
  • Historical performance analysis
  • Energy savings tracking

Solar + Battery Monitoring

  • Battery charge monitoring
  • Backup reserve visibility
  • Outage reporting
  • Runtime estimates

Whole Home Energy Management

  • Solar production tracking
  • Utility usage monitoring
  • EV charging visibility
  • Smart appliance energy monitoring

Technician Actions

  1. Identify solar equipment manufacturers.
  2. Verify monitoring platform availability.
  3. Confirm internet connectivity.
  4. Configure solar monitoring applications.
  5. Enable production and fault notifications.
  6. Configure battery monitoring if applicable.
  7. Verify reporting and dashboard visibility.
  8. Test alert delivery.
  9. Document final configuration and recommendations within the ticket.

Resolution Criteria

The request is complete when:

  • Solar production data is visible remotely.
  • Monitoring platform is operational.
  • System alerts are functioning correctly.
  • Battery information is available if applicable.
  • Customer confirms access to monitoring tools.
  • All configurations and recommendations are documented in the ticket.

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