C
Cinderella99
EDIT: I googled....here is a general info link:
http://www.ti.com/corp/docs/landing/smartmetering/index.html?DCMP=Metering&HQS=Other+OT+metering
This page from the above link:
http://focus.ti.com/docs/solution/folders/print/407.html
Seems to get to the heart of the matter best:
"...In any case, the trend is towards AMR increases the electronics content of the meter itself, and AMI drives a networked infrastructure for all metering. A complete implementation could include power line communication to the electricity meter, and low power wireless communication from the electricity meter to other utility meters. Low power wireless communication to the major loads in the home/business (AC, Heaters, Refrigeration, etc) and would also allow dynamic setting control during power plant peak loading..."
This is the company that sells these RFID smart chips to appliance manufacturers and the smart meter systems to PG&E. This AMI system is a component of the smart meter. This sounds more to me like a sales/mission statement than a reality at this point. This passage also tells me that 1) a situation in which major appliances communicate load and times back to the grid is where they'd ultimately like to go and 2) the purpose of this would be to help power companies better manage peak usage hour output, etc. -- not to garner information from individual households.
While Texas Instruments new technology does seem to be moving towards assisting power companies in isolating times and usage habits of major appliances -- collectively-- for the purpose of better load management, there doesn't seem to be any focus on unique appliance frequencies or signatures-- just whether an appliance pulls a major or minor load and at what time. The concern with this technology seems to be delivering a fluid amount of electricity to homes in the most economical way possible for the power company-- seems having too much electricity available in the lines is a waste of resources for the power company. I don't think these chips will be able to provide power companies with any more potentially incriminating evidence than what already can be pulled from that Smart Meter usage graph that's been posted.
If folks are concerned, it's not that hard to just pop your new ballast open and remove the RFID chip-- this is not a Herculean task and I'm sure hacks will be posted all over the internet. The first company that manufactures a ballast with an RFID tag in it will be the first lighting company that goes down in flames quick. The other trick would be to wire in/implant an RFID from a space heater, aquarium light or other high watt appliance into your ballast/ballasts. Peace out.