Harness compelling insights for energy conservation through IMB 4.0

Efficient Management

Track the current, power, runtime, and energy consumption of your equipment intelligently to uncover potential savings.

Loss Detection

Identify areas of energy loss within your electrical distribution network for more effective energy management.

Power Evaluation

Keep a close eye on your equipment's harmonics, voltage fluctuations, and waveform data to not only maintain but also enhance asset longevity.

Cost Optimization

Stay ahead of penalties by receiving timely alerts for power factor failures, load shedding, and increased equipment consumption, leading to optimized energy costs.

Task Automation

Achieve operational efficiency through the smart automation of manual tasks such as meter data collection, data analysis, and reporting.

Consumption Benchmark

Compare energy usage against production levels using advanced formulas and detailed analyses across all operational tiers.

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IMB Edge 4G Gateway

A system designed to track and analyze energy consumption patterns in real-time, enabling users to make informed decisions for optimizing energy usage, reducing costs, and promoting sustainability.

  • Model - IMB 4.0 V2
  • Digital Input - Modbus RS 485
  • Communication - 4G LTE / WiFi / Ethernet / 2G
  • Power Supply - 12V - 24V DC
  • Connects Multiple Slaves
  • FOTA
How did the implementation of an Energy Management System (EMS) improve the efficiency of a manufacturing facility?

The EMS implementation in the manufacturing facility led to a significant reduction in energy consumption by optimizing the operation schedules of heavy machinery during non-peak hours. Real-time monitoring of power quality also helped identify and rectify inefficiencies, resulting in a 20% decrease in overall energy costs.

Can you provide an example of how an EMS contributed to energy conservation in a commercial building?

The installation of an EMS in a commercial building allowed for smart control of HVAC systems based on occupancy and external weather conditions. By utilizing data-driven insights, the building achieved a 15% reduction in energy consumption. Additionally, automated alerts for power anomalies facilitated quick response and preventive maintenance, further optimizing energy usage.

How did an EMS assist a technology park in achieving ISO 50001 compliance?

The implementation of an EMS in the technology park systematically monitored and managed energy consumption across various departments. This not only facilitated ISO 50001 compliance but also uncovered opportunities for further energy savings. By automating manual data collection and analysis, the technology park streamlined its energy management processes, ensuring sustained compliance and continuous improvement.

Energy Management Software!

Step into the realm of Energy Management Software, where energy and electrical data converge to offer enterprises a holistic solution for overseeing energy consumption, distribution, power quality, faults, utilization, efficiency programs, maintenance schedules, and periodic diagnostics.

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