This graph shows my home's cold water pressure, supplied of course by the City, over the course of 24 hours. The pressure is sampled many times a second for several minutes. The minimum value and maximum value that the pressure reached during that sampling interval is graphed below.
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This shows the activity of the five radiant floor heating zones in my house. When a zone is on (heating), a colored symbol is plotted on the graph representing that zone. Two zones are lumped together in this graph, the master bedroom and the core of the house are shown as "rest of house".
To improve my home's thermal efficiency I have blocked its foundation vents. However, those vents are needed to control humidity, to avoid mold. The humidity can get too high, for example, if there is a plumbing leak or if ground water gets under the house. My approach is to continuously monitor the humidity and take corrective action if necessary. This both saves energy, by allowing me to safely block the foundation vents, and gives me an early indication of trouble.
This graph indicates whether the home's sewer pipe is backing up. It does this by showing the conductivity between four probe wires that are installed in a section of sewer pipe. Higher conductivity values mean the the probe wire is wetter. Normally the wire at the lowest point in the sewer point, indicated in red above, is wet, and thus has high conductivity. Unless there is a backup down-stream of the probe wires, the probe wire at the highest point in the pipe, indicated in green, is dry, and thus has a low conductivity value. The wire touching the soil outside the pipe is also normally fairly dry, so has low conductivity values.
The plot of our gas, water, and electrical consumption, as measured by our public utility.
House Temperature Data In Tabular Form
PV System Data In Tabular Form
Raw Power Consumption and Sewer Conductivity Data In Tabular Form
Water Consumption Data In Tabular Form
Zone Activity Data In Tabular Form
Crawlspace Temperature and Humidity Data In Tabular Form
For more information, contact robert-pool at bedichek.org