Smart electrical outlet/socket device, system, and associated method
A technology for electrical sockets and sockets, used in coupling devices, reading/writing/interrogating/identifying near-field transmission systems, connecting components of devices, etc., can solve problems such as not considering large-scale architectural challenges, and not making hardware recommendations.
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[0041] The inventors have realized that appliances / plug loads connected eg within a building are themselves categories, even if they refer to their appliance type (eg "refrigerator", "dishwasher", etc.). For example, many manufacturing companies produce products with the same generic name / type but with subtle differences in actual electrical behavior, which is often controlled by embedded electronics. This variety makes them difficult to accurately place in existing classifications, such as resistive loads (R loads), resistive inductive loads (RL loads), etc. Moreover, this makes their mathematical analysis difficult or too simplified to be useful for any day-to-day operations.
[0042] The inventors have also realized that it is not always possible to classify plug loads into different power ratings, since appliances may draw different powers. For example, washing machines have electronics built into them that can make the wash, rinse, and spin cycles draw different amounts ...
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