Originally posted by rprade
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Thanks to this script, I have been able to reduce the number of events to about 1540 so far. I found a bunch of broken events due to devices that have been replaced over the last couple of years. While repairing those events I also was led to some I could improve. I am still working on it, but expect to reduce the event count by another 100.
As it must be obvious, describing all the events and their function would take a while, but here is some of what we do:
The above is just an overview, I'm sure there are items I missed. Our goal is to eliminate personal interaction with systems as much as possible. The only daily required function is to tell the house we are going to sleep - we use a remote at bedside to set this. We also have to tell the house when we are going on vacation for extended periods, but it still knows when we are more than 50 miles from home.
As it must be obvious, describing all the events and their function would take a while, but here is some of what we do:
- Most things are affected by work schedules, time, temperature, occupancy. We control heat, DHW (hot water), lighting and power by work schedule, occupancy, distance from home and time
- Lighting levels are controlled by time of day and outside luminance and are affected by work schedule and occupancy. We use 5 modes for lighting, Daytime, Twilight (around sunrise/sunset), Nighttime, low light and asleep/awake. The initial lighting level is set based on these modes and adjusted as time transitions to a new mode. Automated lighting is also affected by activity. Motion controlled lighting is disabled in rooms where we are watching TV. In the media room, lighting is adjusted based on activity. The lighting is lower when we drop the screen and watch projected video than when we are watching the direct view. Lighting simulates occupancy at night when the house is vacant
- Announcements are made for washer/dryer ready, mail delivered, coffee ready, weather alerts, "mom" and "dad" arriving home, time, temperature and humidity, problems, reminders, etc. Announcements are disabled at night, but alerts will continue. The washer and dryer status is reflected in several places on LED rings of smart switches
- Systems are monitored for trouble. These include freezers, refrigerator, heating. air conditioning, network. If there is a problem a pushover message is sent or if the problem is with our connectivity another alert is issued. HomeSeer connected systems are also monitored for problems. If OneWire servers, Z-Nets, Arduinos, Envisalink or Brultech Gem go offline or stop reporting, the device and/or plug-in are restarted and notifications sent
- The surveillance system (including individual cameras) are monitored for online status
- The security system is controlled by and controls occupancy status. Doors, door locks and windows are checked each night as we go to sleep. Doors are locked and announcements are generated if anything is open when we go to sleep.
- The gas temperatures, air temperatures and electrical consumption of air conditioning is evaluated and notifications are sent if the performance is not within nominal.
- Hydronic (heat and hot water) is also monitored. The boiler temperatures, pipe temperatures, zone valve status, circulator and burner are evaluated for problems
- DHW and zone heating is evaluated to make best use of the boiler. Our DHW is indirectly heated from the same boiler as our heat. We try to limit short cycles and recover as much heat from the boiler as possible for DHW heating in the summer when we don't need heat. There are "emergency" methods to run the circulator and open zone valves when pipe temperatures get close to freezing.
- Heating and setback temperatures are adjusted based on occupancy, outside temperatures and work schedule. Bathrooms are preheated on work days for morning showers
{*]Scheduling "knows" holidays, adjusting heating, lighting power and announcements - Our phones are at the center of the house "knowing" our locations. The polling rate of the phones is adjusted based on relative location to conserve battery. If batteries report low levels, polling is further
- There are some "fun" lighting events for holidays, local team sporting events, etc.
- Power is also managed by occupancy, time and work schedule. A lot of "vampire" electrical loads are reduced whenever possible. Systems are turned off at night or when the house is vacant. Items with high standby consumption are disconnected when unused. Workshop and garage battery chargers are powered on a schedule.
- Many lights are controlled by motion, with manual overrides if needed. Motion controls can be temporarily or permanently suspended or enabled by HomeSeer switch "scenes". Lights that are left on accidentally are turned off.
- With sub-freezing temperatures, our air compressor is shut down and an outdoor pump is disabled. If it is freezing and snow is forecast, our satellite TV dish is heated. In super low temperatures, our standby generator battery and engine heaters are powered
- Our generator is exercised once a week in November through April. If a problem occurs during exercise a notification is sent
- If a water leak is detected the household water is turned off. When we are on vacation, it is shut off. A water and natural gas usage monitor is on the wish list - we may add one, or monitor the pulses from the water and gas meters
The above is just an overview, I'm sure there are items I missed. Our goal is to eliminate personal interaction with systems as much as possible. The only daily required function is to tell the house we are going to sleep - we use a remote at bedside to set this. We also have to tell the house when we are going on vacation for extended periods, but it still knows when we are more than 50 miles from home.
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