Power Engineering

Redisage Energy and Power Meter

Equipped with advanced sensors and signal processing algorithms, the meter delivers precise measurements of energy consumption, power quality, and other critical parameters. The meter integrates into existing infrastructure, allowing for remote monitoring and control.

Identifying the Need

Effective energy management is imperative for businesses, industries, and individuals alike. With the global focus on sustainability and efficiency, there is an increasing demand for precise, reliable, and versatile energy monitoring solutions. The need for a sophisticated energy and power meter stemmed from the inadequacies of existing solutions in meeting the evolving requirements of energy management. The meters that already existed on the market often lacked the granularity, accuracy, and flexibility necessary for comprehensive energy monitoring across diverse applications – those were the conclusions that our partner, Redisage, brought to us after doing the market research. Recognizing this gap, our development team embarked on a mission to create a next-generation solution that would empower users with unparalleled insights into their energy usage.

Development Process

The development of the Redisage Energy&Power Meter was a meticulous process driven by a commitment to excellence and accuracy. Our partner provided us beforehand with the report that summed up their extensive research into the existing market landscape, including an analysis of competitor products and user feedback. Armed with this knowledge, our team commenced the design phase, focusing on key characteristics that would set the our device apart from the competitors’ products.

One of the primary challenges encountered during development was achieving the balance between functionality and usability. The meter needed to offer a wide array of features and capabilities without sacrificing its durability. To address this challenge, the development team prioritized intuitive interfaces, customizable settings, and robust casing.

Another significant hurdle was ensuring the accuracy and reliability of the meter’s measurements across various operating conditions. This necessitated rigorous testing protocols, including calibration procedures and tests conducted in our climate chamber set to emulate really harsh conditions.

Key Characteristics

RedisageI Energy&Power Meter boasts several key characteristics that set it apart from previously marketed solutions:

  1. Precision of Measurement: Equipped with advanced sensors and signal processing algorithms, the meter delivers precise measurements of energy consumption, power quality, and other critical parameters.
  2. Versatility & Connectivity: Designed to adapt to diverse applications, the meter supports multiple input types, including voltage, current, and frequency. With support for various communication protocols such as Ethernet, Modbus, and RS485, the meter seamlessly integrates into existing infrastructure, allowing for remote monitoring and control.
  3. Data Analytics: Leveraging integrated data logging and analysis tools, the meter enables users to extract actionable insights from their energy data, facilitating informed decision-making and optimization strategies.
  4. Scalability: Whether deployed in small-scale commercial facilities or large industrial complexes, the meter offers scalable solutions tailored to the specific needs of each environment, ensuring flexibility and cost-effectiveness.
  5. Durability: The meter was made to withstand extremal temperatures and humidity over a long time.

Technologies Used

High-performance sensors: Measure voltage, current, and frequency accurately in various energy systems.

Signal processing algorithms: Reduce noise and ensure precise real-time data.

Multiple communication protocols: Support Ethernet, Modbus, and RS485 for easy integration with existing systems.

Remote monitoring and control: Enable users to manage energy usage from any location.

Data logging and analytics tools: Help track energy consumption, identify patterns, and optimize energy use.

Modular design: Ensures that the meter can be scaled for small or large setups, depending on the user’s needs.

Testing and Validation

  • Climate chamber testing: Tested in extreme temperatures from -40°C to +75°C to confirm performance in harsh conditions.
  • High humidity testing: Checked durability in environments with up to 90% relative humidity.
  • Calibration testing: Ensured accurate measurements across different load conditions.
  • Electrical stress testing: Protected against electrical disturbances with 3000 VDC isolation and ESD protection.
  • Long-term reliability tests: Confirmed the meter’s ability to perform consistently over time.

Conclusion

The creation of the Redisage Energy&Power Meter represents a significant milestone in the energy management technology. By addressing the shortcomings of previous meters and introducing innovative features and capabilities, it has set a new standard for precision, versatility, and usability.

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