Conserve valuable resources and optimize utility costs

Efficient production depends primarily on managing energy consumption and its associated costs. Accurate assessments and effectively reducing future energy consumption requires continuous monitoring, recording and visualization of these values.

Heating, cooling, steam, and compressed air plants represent highly energy-intensive systems. With costs continually rising, and in certain industrial sectors, where energy expenses make up to 40% of total production costs, prioritizing energy optimization becomes a crucial concern. At the core of any optimization effort lies the meticulous recording of energy flows, a familiar responsibility for the Energy or Sustainability Manager within a company. Energy Management Systems encompass the strategic planning and operational control of energy generation and consumption. The overarching objectives are resource conservation, climate protection, and cost reduction, all achieved while ensuring the fulfillment of energy requirements.

The foundation lies in employing high-precision process instrumentation that consistently measures and provides reliable process data throughout the entire life cycle of the system. 

Real-time energy monitoring enhances effectiveness by providing instant alerts to operators in case of system failures, enabling quick action to prevent energy waste.

Continuous monitoring and data analysis also facilitate predictive maintenance, ensuring plant efficiency and minimizes unplanned shutdowns. 

Operators can access recorded data, analyses, and alarms anytime, anywhere, thanks to a web-based platform that securely offers information and functionalities from the production environment.