Power system resilience must be considered throughout the power system lifecycle, from the design phase of the project, through its operational and modernisation phases.
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The Altivar ATS480 reduces water hammering by gradually starting and shutting down motors, protecting our pipeline system and drastically reducing maintenance.
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Across the globe, including South Africa, an alarming amount of existing water and wastewater infrastructure is nearing the end of its lifecycle.
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Like the IoT, the IoV can – through intuitive technologies such as AI – anticipate a driver’s intent and provide communications and intelligence, realising a safer and optimised driving experience.
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The next-generation product range provides a high-speed modular design for maximum scalability and increased durability and performance.
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SKU-related data, including information on packaging lines, requires real-time processing, and this is where digital technologies improve efficiency, profitability and yield.
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A complete, integrated sensor-to-enterprise solution can help utilities and operations to manage and run secure and reliable water infrastructure.
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Schneider Electric’s next-generation BlokSeT switchboard enhances safety, reliability and connectivity for innovative power distribution and motor control.
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Smart sensing has come a long way, and now allows organisations to proactively focus on and mitigate potential electrical fires, providing a substantial improvement in resilience.
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For larger facilities, Schneider Electric works hand in hand with its channel partners to ensure your UPS installation is done properly and to the highest standard.
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Senwes’ head offices in Klerksdorp – and surrounding utility users – now benefit from advanced monitoring technology and higher safety levels.
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Many facilities still use a rudimentary level of technology, which means faults are addressed in a reactive as opposed to a predictive and proactive manner.
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