REMOTELY CONTROLLABLE WIRELESS ENERGY CONTROL UNIT
First Claim
1. A wireless energy control unit, comprising:
- a housing;
a plurality of controllable switches located within said housing, each of said controllable switches having a first position wherein a power source is electronically connected to an electrical load and a second position wherein the power source is disconnected from the electrical load;
a plurality of output terminals from said housing, said plurality of output terminals each adapted for connection to one of a plurality of passive circuit breakers located in a circuit breaker panel such that the passive circuit breaker is connected in series with one of said controllable switches, whereby the controllable switch is capable of connecting or disconnecting an electrical load drawing power through the passive circuit breaker;
a wireless receiver located within said housing; and
a controller located within said housing and connected to said wireless receiver, said controller receiving messages via said wireless receiver and, in response thereto, selectively switching one or more of said controllable switches between said first position and said second position according to a locally configurable priority, thereby connecting and disconnecting the electrical loads from the power source.
2 Assignments
0 Petitions
Accused Products
Abstract
A power management system and associated method includes provision of local wireless energy control units at remote sites for controlling power delivery to customer loads, and a central station with a wireless transmitter for broadcasting commands to the wireless energy control units. The wireless energy control units each comprise a bank of switches for controlling power delivery to electrical loads at each local site. The controllable switches preferably have a deformable bimetal member controlled by a heated coil for engaging and disengaging electrical contacts. Each wireless energy control unit is capable of being pre-configured so as to specify the order or priority in which electrical loads are disengaged, in response to commands to reduce power consumption received from the central station. The central station issues power reduction commands according to different priority levels or alert stages, causing the local wireless energy units to disengage local loads accordingly.
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Citations
2 Claims
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1. A wireless energy control unit, comprising:
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a housing; a plurality of controllable switches located within said housing, each of said controllable switches having a first position wherein a power source is electronically connected to an electrical load and a second position wherein the power source is disconnected from the electrical load; a plurality of output terminals from said housing, said plurality of output terminals each adapted for connection to one of a plurality of passive circuit breakers located in a circuit breaker panel such that the passive circuit breaker is connected in series with one of said controllable switches, whereby the controllable switch is capable of connecting or disconnecting an electrical load drawing power through the passive circuit breaker; a wireless receiver located within said housing; and a controller located within said housing and connected to said wireless receiver, said controller receiving messages via said wireless receiver and, in response thereto, selectively switching one or more of said controllable switches between said first position and said second position according to a locally configurable priority, thereby connecting and disconnecting the electrical loads from the power source.
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2. A method of controlling power distribution from a power source to a plurality of electrical loads, the method comprising the steps of:
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disposing, in a common housing, a plurality of controllable switches, a wireless receiver, and a controller, said common housing having a user interface for receiving manual user commands and displaying status or other information; disposing said common housing in a circuit breaker panel, and electrically connecting each of said controllable switches to a passive circuit breaker in said circuit breaker panel, whereby said controllable switches are electrically disposed between a power source and an electrical load connected to the passive circuit breaker in series therewith; programming a locally configurable priority via said user interface; receiving messages via said wireless receiver, said messages broadcast by a power utility; and in response to said messages, selectively switching one or more of said plurality of controllable switches according to said locally configurable priority, thereby selectively disengaging the power source from the electrical loads in accordance with said locally configurable priority.
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Specification