Systems and methods for performing a redundancy check using intelligent electronic devices in an electric power system
First Claim
1. An intelligent electronic device-to-intelligent electronic device direct communication system in a power system, the intelligent electronic device-to-intelligent electronic device direct communication system comprising:
- a first intelligent electronic device which derives power system data from a selected portion of the power system, the first intelligent electronic device being associated with a first transmit module which transmits the derived power system data; and
a second intelligent electronic device which derives power system data from the selected portion of the power system, the second intelligent electronic device being associated with a first receive module, wherein the first receive module of the second intelligent electronic device is coupled to the first transmit module of the first intelligent electronic device via a communication link, such that the first receive module receives the derived power system data transmitted by the first intelligent electronic device, and wherein the second intelligent electronic device provides a redundancy check between the first and second intelligent electronic devices by comparing the power system data derived by the second intelligent electronic device with the power system data transmitted thereto from the first intelligent electronic device.
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Accused Products
Abstract
Provided is an intelligent electronic device-to-intelligent electronic device direct communication system in a power system, for performing a power system data redundancy check therebetween. The communication includes a first intelligent electronic device adapted for deriving power system data from a selected portion of the power system. The first intelligent electronic device is associated with a first transmit module for transmitting the derived power system data. A second intelligent electronic device is further provided and adapted for deriving power system data from the selected portion of the power system, wherein the second intelligent electronic device is associated with a first receive module. The first receive module of the second intelligent electronic device is coupled to the first transmit module of the first intelligent electronic device via a communication link, such that the first receive module is adapted to receive the derived power system data transmitted by the first intelligent electronic device. The second intelligent electronic device is further adapted to provide a redundancy check between the first and second intelligent electronic devices by comparing the power system data derived by the second intelligent electronic device with the power system data transmitted thereto from the first intelligent electronic device. In other embodiments, the power system data transmission can be bidirectional and redundancy check can be performed in both intelligent electronic devices.
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Citations
55 Claims
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1. An intelligent electronic device-to-intelligent electronic device direct communication system in a power system, the intelligent electronic device-to-intelligent electronic device direct communication system comprising:
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a first intelligent electronic device which derives power system data from a selected portion of the power system, the first intelligent electronic device being associated with a first transmit module which transmits the derived power system data; and
a second intelligent electronic device which derives power system data from the selected portion of the power system, the second intelligent electronic device being associated with a first receive module, wherein the first receive module of the second intelligent electronic device is coupled to the first transmit module of the first intelligent electronic device via a communication link, such that the first receive module receives the derived power system data transmitted by the first intelligent electronic device, and wherein the second intelligent electronic device provides a redundancy check between the first and second intelligent electronic devices by comparing the power system data derived by the second intelligent electronic device with the power system data transmitted thereto from the first intelligent electronic device. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30)
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31. A first intelligent electronic device for use in an intelligent electronic device-to-intelligent electronic device direct communication system in a power system, wherein the intelligent electronic device-to-intelligent electronic device direct communication system includes a second intelligent electronic device associated with a first receive module including a first microcontroller which provides a plurality of data channels, each of the plurality of data channels associated with power system data having a variety of bit-lengths in the form of successive data stream messages, the first receive module further receiving the power system data transmitted thereto, the first intelligent electronic device comprising:
a first transmit module including a second microcontroller which provides the plurality of data channels, each of the plurality of data channels associated with power system data having a variety of bit-lengths in the form of successive data stream messages, wherein the first transmit module transmits channel data to the second intelligent electronic device, thereby providing a redundancy check between the first and second intelligent electronic devices. - View Dependent Claims (32, 33, 34, 35, 36)
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37. A secondary intelligent electronic device for use in an intelligent electronic device-to-intelligent electronic device direct communication system in a power system, wherein the intelligent electronic device-to-intelligent electronic device direct communication system includes a first intelligent electronic device which derives power system data from a selected portion of the power system, the first intelligent electronic device being associated with a transmit module which transmits the derived power system data, the secondary intelligent electronic device comprising:
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a device which derives power system data from the selected portion of the power system, a receive module which receives the power system data transmitted by the first transmit module of the first intelligent electronic device, a comparator coupled to the receive module and the device which derives power system data, wherein the comparator compares the power system data derived by the sampling instrument with the power system data received from the first intelligent electronic device, thereby providing a redundancy check between the first and secondary intelligent electronic devices. - View Dependent Claims (38, 39, 40, 41, 42, 43, 44)
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45. A method of performing a redundancy check between a first intelligent electronic device and a second intelligent electronic device, the method comprising the steps of:
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deriving power system data from a selected portion of a power system using the first intelligent electronic device;
transmitting, via a communication link, the power system data from the first intelligent electronic device to the second intelligent electronic device;
receiving the power system data from the first intelligent electronic device using the second intelligent electronic device;
deriving power system data from the selected portion of the power system using the second intelligent electronic device; and
comparing, via a comparator in the second intelligent electronic device, the power system data by the second intelligent electronic device with the power system data transmitted by the first intelligent electronic device. - View Dependent Claims (46, 47, 48, 49, 50, 51, 52, 53, 54, 55)
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Specification