- Rogowski coil based current measurement (non-intrusive measurement).
- Modular hardware design (field exchangeable communication modules) supports future upgrades for new applications.
- Multiple customer interfaces available: ETHERNET, P1, RS485 and I/Os.
- Load control relays for load management applications (up to 6 relays).
IE.7 RC Intelligent energy meter based on eIoT platform with External Rogowski Coils
The IE.7 RC meter, equipped with external Rogowski coils, provides advanced consumption measurement and power quality monitoring, optimized for installations where traditional power quality analyzers are challenging or impractical to install.
Features
Key benefits
IE.7 with external Rogowski coils enables efficient new functionalities that efficiently address modern electricity distribution challenges:
- Improved visibility: Gaining insights into network conditions and valuable insights into power consumption and quality, allowing for more data-driven decision-making.
- Optimize installation costs: Eliminate the need for expensive rewiring or downtime associated with traditional power quality analyzers installation.
The eIoT platform
The eIoT modular platform is a foundation for the new generation of electricity meters and is designed for smart grids with an excellent modular technology and operational design.
The platform is based on a modular architecture, has a significant impact on the future of metering systems and supports all current Energy IoT solutions in the smart digital grid environment, and the development of smart cities with a focus on sustainable development.
Products based on the eIoT modular platform have Iskraemeco’s Measuring Operating System (eMOS) embedded, which monitors and maintains the hardware’s functionality and metrology. eMOS provides a platform for applications that integrate our products into a wider energy IoT system, by combining operating system technology and software development for meters.
This enables efficient new functionalities related to modern electricity distribution challenges, providing insights into network control, fault detection management, better energy efficiency, increased data security, forecasting energy consumption trends, lower operating costs and the possibility of organic and technological growth of electricity distribution (e.g. gradual replacement and upgrade of the network).
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