The teleEnergyMeter offers advanced devices for precise energy measurement and analysis in single-phase and three-phase electrical networks. Designed for industrial and residential environments, these devices provide essential data to help optimize energy usage and reduce costs.
How It Works? teleEnergyMeter devices measure voltage, current, active/reactive power, energy consumption and power factor using high-speed sampling and advanced microprocessor processing. Data is transmitted to the server through wireless communication technologies, enabling real-time monitoring and analytics via the Telethings IoT Cloud platform. In combination with the Telethings IoT Cloud, teleEnergyMeter devices offer powerful tools for energy management, including:
Overall Consumption Dashboards: Monitor total energy usage across all devices in real-time.
Zone-Based Analytics: Organize devices into zones for granular energy consumption insights.
Customizable Alarms: Set thresholds for daily, weekly or monthly consumption with automated notifications.
Historical Data Analysis: Access comprehensive reports and consumption trends over customizable time periods.
Key Features
Easy installation with a compact design
Accurate energy measurements for single-phase and three-phase networks
Displays key electrical parameters on an intuitive LCD
Configurable data transmission intervals for efficient monitoring
Customizable alarm thresholds for proactive energy management
Hardware & cloud software combined solution
Use Cases
Industrial Applications Monitor energy consumption to optimize processes and reduce operational costs.
Residential Energy Management Track and manage energy usage for greater efficiency at home.
Commercial Spaces Analyze and optimize energy consumption across multiple devices or zones.
Why Choose teleEnergyMeter? teleEnergyMeter devices combine precision measurement, reliable communication and flexible configuration options. With advanced analytics and seamless integration into smart energy management systems, these devices are ideal for tracking and optimizing energy usage in any environment.
