Abstract: There is described a system for sending, via a communication network, data originating from a monitoring of equipment in a network-inaccessible location. The system comprises a first interface device to be operated in a network-inaccessible location and comprising: sensors for monitoring a first equipment; a processor connected to the sensors for generating a data packet from the monitoring; and a local input/output (I/O) device for sending the data packet. The system further comprises a second interface device, to be displaced from the network-inaccessible location to a network-accessible location, comprising a local I/O device for receiving the data packet from the first interface device; and a network-connected I/O device to deliver the data packet via the communication network.

Abstract: There is described a system for sending, via a communication network, data originating from a monitoring of equipment in a network-inaccessible location. The system comprises a first interface device to be operated in a network-inaccessible location and comprising: sensors for monitoring a first equipment; a processor connected to the sensors for generating a data packet from the monitoring; and a local input/output (I/O) device for sending the data packet. The system further comprises a second interface device, to be displaced from the network-inaccessible location to a network-accessible location, comprising a local I/O device for receiving the data packet from the first interface device; and a network-connected I/O device to deliver the data packet via the communication network.

Abstract: There is described a system for sending, via a communication network, data originating from a monitoring of equipment in a network-inaccessible location. The system comprises a first interface device to be operated in a network-inaccessible location and comprising: sensors for monitoring a first equipment; a processor connected to the sensors for generating a data packet from the monitoring; and a local input/output (I/O) device for sending the data packet. The system further comprises a second interface device, to be displaced from the network-inaccessible location to a network-accessible location, comprising a local I/O device for receiving the data packet from the first interface device; and a network-connected I/O device to deliver the data packet via the communication network.

Abstract: There is described a system and method for establishing a performance of at least one of a vehicle and an operator of the vehicle over a given period. In particular, the method comprises: recording measured vehicle parameters at a continuous rate over a given period, the continuous rate being at least as great as the rate of change of the measured vehicle parameters; calculating criteria using, for each criterion, a selection of the measured vehicle parameters; and outputting the criteria, the criteria being representative of a performance of at least one of the operator and the vehicle over the given period.

Abstract: There is described a system and method for establishing a performance of at least one of a vehicle and an operator of the vehicle over a given period. In particular, the method comprises: recording measured vehicle parameters at a continuous rate over a given period, the continuous rate being at least as great as the rate of change of the measured vehicle parameters; calculating criteria using, for each criterion, a selection of the measured vehicle parameters; and outputting the criteria, the criteria being representative of a performance of at least one of the operator and the vehicle over the given period.

Abstract: The present invention concerns a method and system for monitoring electrolyzer performances and for diagnosing and predictive identification of faults and events that could affect the manufacturing processes that uses electrolyzers. The system has a plurality of acquisition and transmission units, each of the acquisition and transmission units measuring a plurality of variables related to a respective electrolyzer and for transmitting these variables; a database and data management unit for recording the variables transmitted by each of the acquisition and transmission units; a monitoring unit for monitoring the variables; and an intelligent data analysis and fault diagnosis unit for analyzing the variables and diagnosing events. All of the units are interconnected through a communication unit.

Abstract: The present invention concerns a method and apparatus for monitoring electrolyser performances and for diagnosing and predictive identification of faults and events that could affect the manufacturing processes that uses electrolysers. The system has a plurality of acquisition and transmission units, each of the acquisition and transmission units measuring a plurality of variables related to a respective electrolyser and for transmitting these variables; a database and data management unit for recording the variables transmitted by each of the acquisition and transmission units; a monitoring unit for monitoring the variables; and an intelligent data analysis and fault diagnosis unit for analysing the variables and diagnosing events. All of the units are interconnected through a communication unit.