OpenEnergyMonitor
  • System Overview
  • Resources
  • Troubleshooting

Main System:

  • emonPi2
  • emonTx5
  • emonTx4
  • emonTH2
  • emonBase

Older Hardware:

  • emonTx3
  • emonPi1

Integrations

  • EmonEVSE

Software:

  • emonSD
  • emonHub
  • emonCMS

Applications:

  • Home Energy
  • Solar PV
  • Heat pump

Learn:

  • Electricity Monitoring
  • Heatpump Guide
  • HeatpumpMonitor.org Results
    • Introduction
    • Low temp = High Performance
    • % of ideal Carnot COP
    • Measured heat loss
    • Max output testing
    • Over-sizing
    • Electrification of Heat
    • Recommendations
    • Case Studies
  • Sustainable Energy
  • PV Diversion
OpenEnergyMonitor
  • HeatpumpMonitor.org Results
  • Edit on GitHub

HeatpumpMonitor.org Results

  • Introduction
    • Headline stats
  • Low temp = High Performance
    • Weighted by heat output average flow minus outside temperature
    • Weighted by heat output average flow temperature
    • Good performance = lower average design flow temperatures .. than we think!?
    • Calculated design flow temperature vs measured flow temperature on coldest day
  • % of ideal Carnot COP
    • Causes for % carnot range?
  • Measured heat loss
    • Calculated heat loss vs measured heat demand
    • HeatpumpMonitor.org heat demand tool
    • Accurate vs default DHDG heat loss calculations
    • Accurate heat loss risks
  • Max output testing
    • Vaillant Arotherm+
    • 5kW R410a Mitsubishi Ecodan (2015 model)
    • 11kW Daikin Altherma
  • Over-sizing
    • Over-sizing factor vs performance: Vaillant Arotherm+
    • Over-sizing factor vs performance: Daikin Altherma
  • Electrification of Heat
    • High level error detection
    • Sub-optimal weather compensation issue
    • Sub-optimal weather compensation prevalence
  • Recommendations
  • Case Studies
    • 1980s Bungalow, 5kW Vaillant Arotherm+
    • Solid stone end-terrace, 5 kW Gen 6 Samsung
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