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Take a moment to think of all the aspects of the grid that are currently microprocessor-driven. Not only relays and RTUs in a control house or SCADA center, but also pole-top reclosers, battery banks, transformer monitors, microgrid controllers, and of course the familiar smart meter. The list goes on and is ever-growing. Where there are microprocessors, there is computer code controlling them, and so the electricity grid is steadily becoming an ideal place to stake a career in software engineering.
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Take a moment to think of all the aspects of the grid that are currently microprocessor-driven. Not only relays and RTUs in a control house or SCADA center, but also pole-top reclosers, battery banks, transformer monitors, microgrid controllers, and of course the familiar smart meter. The list goes on and is ever-growing. Where there are microprocessors, there is computer code controlling them, and so the electricity grid is steadily becoming an ideal place to stake a career in software engineering.