This graph shows how well the system performs according to the amount of energy they receive from the sun (in MJ/m^2).
The black line shows the average of Export over Import. Any points above the line means the system performed better than average, any points below the line, mean it performed worse.
expo efficiency graph
Solar exposure data retrieved from Australian Bureau of Meteorology (ABN 92 637 533 532)
Solar exposure data derived from satellite imagery processed by the Bureau of the Geostationary Meteorological Satellite series operated by Japan Meteorological Agency and from GOES-9 operated by the National Oceanographic & Atmospheric Administration (NOAA) for the Japan Meteorological Agency
//www.bom.gov.au/climate/austmaps/metadata-daily-solar-exposure.shtml


temp efficiency graph
Temperature data retrieved from Australian Bureau of Meteorology (ABN 92 637 533 532)

Current Conditions

  • Solar Power 0W
  • Solar Today 0kWh
  • Solar 1 Power 0W
  • Solar 1 Today 0kWh
  • Solar 2 Power 0W
  • Solar 2 Today 0kWh
  • Total 740.7 Watt
    Pool 7.1W, Main 663.9W, Tesla 0.3W, AC 26.9W, Sub 42.5W
  • Last hour usage 1.82kWh
  • Room Temp. 23.7
  • Water Level 34%
    (516mm, 3845L)
  • Last record 2025-04-04 15:07

Solar Information

4/04/2025
  • Dawn 06:35
  • Sunrise 07:36
  • Solar noon 13:22
  • Sunset 19:07
  • Dusk 20:08

Inverter 1 Last Info

  • Voltage1 In 453.91
  • Current1 In 0
  • Power1 In 0.83
  • Voltage2 In 0.26
  • Current2 In 2.21
  • Power2 In 0.57
  • Voltage Out 235.24
  • Current Out 0.85
  • Power Out 114.41
  • Frequency Out 49.96
  • Conversion Efficiency 8191.12
  • Inverter Temperature 43.57
  • Booster Temperature 44.2

Inverter 2 Last Info

  • Voltage1 In 231.02
  • Current1 In 1.12
  • Power1 In 258.13
  • Voltage2 In 278.45
  • Current2 In 1.07
  • Power2 In 298.57
  • Voltage Out 239.12
  • Current Out 2.19
  • Power Out 522.63
  • Frequency Out 49.96
  • Conversion Efficiency 93.88
  • Inverter Temperature 43.61
  • Booster Temperature 43