iMeter Smart Meter Series
For accurate energy measurement, we provide a variety of different types of meters. Including the use of large power and energy management, with screen and without display, wired and wireless transmission and other combinations
EM311, EM310-1, and EM330-1 are part of the iMeter series, designed for comprehensive energy monitoring and management. These models support the measurement and display of electricity usage as well as other energy sources. For electrical energy, the system captures real-time data from lighting, HVAC, and power systems, including voltage, current, power, and accumulated energy.In addition, through analog interfaces (AI), the meters can connect to oil, gas, and water flow meters, enabling the collection of multi-energy flow data for integrated monitoring.The system also extends its application to cross-energy carbon emission tracking. By applying different emission factors, it accurately estimates the carbon footprint of electricity, oil, gas, and water usage—helping users identify and address key sources of emissions.From an energy application perspective, the platform provides functionality to enhance energy efficiency. By monitoring the consumption of electricity, oil, gas, and water in real time, it enables users to detect abnormal usage, optimize energy performance, reduce waste, and ultimately support sustainable development.
EM211 and EM210-1 are suitable for 333 mV application with clip types of CT. EM211 is with OLED display, and can carry special design of expandable sub-meter (EM210-1) to support multiple circuits power measurement. Measureing phase includes 1P2W, 1P3W, 3P3W and 3P4W, and uses the mobile phone APP to set parameters through Bluetooth communication on power meter. They can be used to collect electricity information of lighting, air conditioning and any power equipment. With Modbus communication and EMS platform, users can obtain historical analysis data; set alerts for for upper and lower limits of electricity consumption; visualized management dashboards so that can further achieve cost-saving analysis, billing and sustainability maintenance functions.
EM221 and EM210-1 are suitable for 333 mV application with clip types of CT and with wireless ZigBee transmission design. EM221 with OLED display, and can carry special design of expandable sub-meter (EM210-1) to support multiple circuits power measurement. measureing phase includes 1P2W, 1P3W, 3P3W and 3P4W, and uses the mobile phone APP to set parameters through Bluetooth communication on power meter. They can be used to collect electricity information of lighting, air conditioning and any power equipment. With Modbus communication and EMS platform, users can obtain historical analysis data; set alerts for for upper and lower limits of electricity consumption; visualized management dashboards so that can further achieve cost-saving analysis, billing and sustainability maintenance functions.
EM210 and EM210-1 are suitable for 333 mV application with clip types of CT. EM210 can carry special design of expandable sub-meter (EM210-1) to support multiple circuits power measurement. Measureing phase includes 1P2W, 1P3W, 3P3W and 3P4W, and uses the mobile phone APP to set parameters through Bluetooth communication on power meter. They can be used to collect electricity information of lighting, air conditioning and any power equipment. With Modbus communication and EMS platform, users can obtain historical analysis data; set alerts for for upper and lower limits of electricity consumption; visualized management dashboards so that can further achieve cost-saving analysis, billing and sustainability maintenance functions.
EM111 and EM110-1 are suitable for 5A high power application with direct connection types of CT. EM111 is with OLED display, and can carry special design of expandable sub-meter (EM110-1) to support multiple circuits power measurement. Measureing phase includes 1P2W, 1P3W, 3P3W and 3P4W, and uses the mobile phone APP to set parameters through Bluetooth communication on power meter. They can be used to collect electricity information of lighting, air conditioning and any power equipment. With Modbus communication and EMS platform, users can obtain historical analysis data; set alerts for for upper and lower limits of electricity consumption; visualized management dashboards so that can further achieve cost-saving analysis, billing and sustainability maintenance functions.
EM121 and EM110-1 belong to the iMeter series (ZigBee version), designed for high-power applications with 5A direct-connect type current transformers (C.T.). Both models feature an OLED display and support modular expansion, enabling multiple meters to perform simultaneous measurements. They are compatible with various wiring configurations, including 1P2W, 1P3W, 3P3W, and 3P4W.Parameter settings can be configured via a mobile app using Bluetooth communication. These meters are ideal for collecting energy consumption data from lighting, HVAC, and power equipment.Through Modbus communication and ZigBee wireless transmission, when integrated with an energy management system (EMS), the meters provide access to historical energy analysis, real-time alerts for consumption thresholds, and visualized dashboard management. This supports functions such as cost-saving analysis, billing and pricing management, and long-term sustainability maintenance.
EM110 and EM110-1 are part of the iMeter series, designed for high-power applications with 5A direct-connect type current transformers (C.T.). These meters support modular expansion, allowing multiple units to be integrated for comprehensive power measurement. They are compatible with various wiring configurations, including 1P2W, 1P3W, 3P3W, and 3P4W.Users can configure parameters via a mobile app through Bluetooth communication. These devices are suitable for collecting power consumption data from lighting, HVAC, and power equipment.With Modbus communication and integration with an energy management system (EMS), the meters provide access to historical energy usage analysis, real-time alert settings for upper and lower consumption thresholds, and intuitive energy dashboards. This enables effective cost-saving analysis, billing and pricing applications, and long-term sustainability management.
