Power automation requires a complicated and sophisticated architecture that forces system integrators and software programmers to develop optimal solutions that can withstand tough conditions. The solutions require many powerful controllers that offer multiple serial ports for legacy device connection and that can perform well for front-end tasks, such as data acquisition, numerical computing, data distribution, and remote device monitoring and management. System network redundancy is essential to ensure the continuous system operation of power automation applications. In addition, extreme temperature changes must be conquered to maintain system stability.
Special-purpose software is preferred for combining communication protocols such as Modbus and IEC 61850 with open communication standards in substation automation. Front-end communication computers with EMC Level 4 certification can be used to establish a reliable solution for substation automation. In addition, various industrial-grade form factors and wireless solutions are required to maximize installation flexibility and simplicity for any complex situation.
|