Five reasons why effective power and energy management is crucial in automation.

Five reasons why effective power and energy management is crucial in automation.

Five reasons why effective power and energy management is crucial in automation.
SEW-EURODRIVE

Apr 02, 2024 | SEW-EURODRIVE

Reading time: 1 Minutes

As the manufacturing landscape evolves due to rising customer and market demands, factory layouts are becoming more modular, flexible, and automated, shedding rigid structures of the past. This shift necessitates advancements in automation technology and energy management. This shift necessitates advancements in automation technology and energy management to align with new industry dynamics.

Effective power and energy management is crucial in machine and factory automation for several reasons:
  1. Cost and Energy Efficiency:
    Efficient energy management significantly reduces power consumption and costs by optimizing machine usage, particularly during off-peak hours, leading to substantial savings.

  2. Sustainability and Environmental Impact:
    By managing power and energy use more efficiently, automation processes greatly minimize the carbon footprint of manufacturing activities, aligning with global sustainability goals.

  3. Optimizing Equipment and Longevity:
    Proper energy management ensures machinery operates within optimal power ranges, decreasing wear and extending equipment lifespan, which translates into lower maintenance and replacement expenses.

  4. Safety, Reliability, and Productivity:
    Advanced power management systems enhance factory safety by monitoring electrical conditions and preventing issues like overloads, thereby optimizing production efficiency through real-time adjustments in power use.

  5. Compliance, Insights, and Demand Response:
    Effective energy management aids in meeting regulatory standards, provides valuable insights through detailed energy usage analysis, and enables participation in demand response programs to reduce costs during peak times.

Overall, the integration of power and energy management into machine and factory automation systems is essential for economic, environmental, and operational efficiency. It supports the transition towards more sustainable industrial processes and helps businesses stay competitive in a rapidly evolving manufacturing landscape.

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