Efried
Active Member
Hello,
because of firewall problems I think with remotely influenced home automation that outbound communication (using GET) will be more acceptable for remote control of domestic appliances. They might poll the server from time to time (say minutes) to see if the user has changed preferences (for example return timeto home). Do you think such an architecture is feasible?
What is the likelihood that web based calendars may be integrated in such a system addressing HVAC?
Last but not least my guess is that deep sleep of WLAN modules will allow to run embedded controllers using energy harvesting allowing to include also windows and thermostats on radiators which are not near to power outlets. But the inclusion of room thermostats and control of electric domestic hot water is no problem. The latter sees constant settings now during 15 or more years disregarding of the actual DHW demand or changing heating times during night wasting energy.
what do you think?
because of firewall problems I think with remotely influenced home automation that outbound communication (using GET) will be more acceptable for remote control of domestic appliances. They might poll the server from time to time (say minutes) to see if the user has changed preferences (for example return timeto home). Do you think such an architecture is feasible?
What is the likelihood that web based calendars may be integrated in such a system addressing HVAC?
Last but not least my guess is that deep sleep of WLAN modules will allow to run embedded controllers using energy harvesting allowing to include also windows and thermostats on radiators which are not near to power outlets. But the inclusion of room thermostats and control of electric domestic hot water is no problem. The latter sees constant settings now during 15 or more years disregarding of the actual DHW demand or changing heating times during night wasting energy.
what do you think?
