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Automated buildings and industrial processes, more stringent requirements regarding energy efficiency, and changed load conditions are currently having a significant impact on electrical power distribution. The underlying systems and components need to be communication-capable, highly flexible, and fail-safe – and it also must be possible to smoothly integrate them in different environments. Combined with increasingly stringent standard requirements, the planning of the electrical energy distribution becomes more complex. At the same time, project cycles are speeding up considerably in switchgear and machine building as well as in electrical installation. Our components ensure a fail-safe power supply and can be seamlessly integrated in comprehensive energy efficiency concepts as well as in building and industrial automation.
The trend toward the intelligent, networked operation of buildings and increasingly automated industrial plants requires flexible, communication-capable power distribution systems. Our optimally coordinated systems for low-voltage power distribution ensure consistent and thus highly efficient and reliable power distribution – from the power feed-in to the consumers. The communication-capable systems and components enable the seamless integration of electric power distribution into automation and energy management systems as well as cloud-based platforms like MindSphere for the Internet of Things (IoT).