Energy Monitoring

At CHEMPARK, a stable and efficient energy supply is essential for safe and cost-effective production operations. Customers in the chemical, pharmaceutical, automotive, and food production industries need reliable real-time data to optimize consumption, enable flexibility, and meet regulatory requirements. However, without live data, there is no basis for targeted energy efficiency and informed decision-making.

• No detailed consumption data at the facility or machine level
  It was not possible to analyze energy consumption in detail—reactive power, idle consumption, and peak loads went undetected.
• Manual data entry was time-consuming and prone to errors
  Energy meters had to be read in the control cabinet—a process that was labor-intensive and resulted in inconsistent data quality.
• ESG pressure and rising costs without a data foundation
  Neither production control nor management accounting had access to up-to-date consumption data—making it impossible to carry out a meaningful optimization.

Digital measurement data all the way to the machine. Greater efficiency, transparency, and CO₂ savings at CHEMPARK.

• Retrofitting using flip-top sensor technology with smart Conneqtive energy meters
  These were installed without any system modifications—battery-free, maintenance-free, and retrofit-compatible.
• Wireless data transmission via LoRaWAN
  The sensors transmit the measured values via radio—even from control cabinets or remote locations. Installation takes only a few minutes per sensor.
• Dashboard
  All energy data is visualized and analyzed in real time on the central cloud dashboard and made available for reporting or alerts. The sensors provide a reliable basis for decision-making regarding energy optimization, production, and sustainability (ESG).

• Expected energy savings of 10–30%
• 95% reduction in data collection effort
• Real-time data to reduce idle time and avoid peak loads
• Even small consumers are visible