DIN Rail Three Phase Smart Remote Control Electric Energy Meter is a highly integrated and intelligent three-phase energy metering device, which is widely used in the field of power monitoring and management. It is usually installed on the DIN rail and is suitable for use in distribution boxes or control panels. It has accurate energy metering functions and can be managed and monitored through remote control. This product is suitable for industrial, commercial and civil buildings and other places. It is an indispensable and important equipment in smart grids and energy-saving and emission reduction systems.
Product Features and Parameters
Three-phase energy metering: supports three-phase AC energy metering, and can simultaneously display parameters such as voltage, current, power, and power factor of each phase.
Remote control and monitoring: Through wireless communication modules (such as Wi-Fi, ZigBee, LoRa, GPRS, etc.), users can realize remote control and data monitoring of the equipment. You can remotely switch circuits, adjust settings, or view power consumption.
High accuracy: It has high-precision power metering functions, meets national and industry standards, and can provide accurate power data and detailed real-time monitoring.
Display interface: With LCD or LED display, it can display relevant information such as voltage, current, power, frequency, power factor and electric energy in real time, which is convenient for on-site operation and viewing.
Multifunctional data storage and analysis: With data storage function, it can record historical data, support query of power consumption by time period, and facilitate power consumption analysis and energy saving management.
Overload protection and fault alarm: With overload protection, short circuit prevention and fault alarm functions, it ensures the safety of circuits and equipment.
Multiple communication interfaces: Supports industrial standard protocols such as Modbus RTU and Modbus TCP, and can be compatible with intelligent control systems, PLC, SCADA and other systems for data transmission and monitoring.
Strong anti-interference ability: It has good anti-electromagnetic interference ability and can work stably in harsh power environment.
DIN rail installation: It complies with DIN standards, is easy to install, maintain and replace, and is suitable for modern power distribution systems.
Scope and scenarios
Industrial field:
Factories and production workshops: Used for power monitoring and analysis of industrial equipment, production lines and high-power equipment to help optimize energy use and reduce operating costs.
Smart grid: integrated into the smart grid system, used to monitor power consumption in real time, and improve the intelligence and automation level of grid management.
Commercial and construction fields:
Commercial buildings such as office buildings and shopping malls: can realize the monitoring of power consumption in each area and each circuit, which is convenient for power load management and optimization configuration.
Hotels and residential communities: through smart meter management, accurate measurement and cost allocation of public areas and each household's electricity can be achieved.
Energy management and energy saving monitoring:
Energy efficiency monitoring and management system: applied to various energy management systems to help users monitor and analyze energy consumption data, provide energy-saving suggestions, and reduce energy waste.
Distributed energy management: used for power monitoring of small distributed power stations (such as solar energy, wind energy, etc.) to help optimize energy production and distribution.
Public utilities and infrastructure:
Public utilities such as water, electricity and gas: in the public utility field, especially in the power distribution and metering system, remote meter reading and remote control can be realized to improve the management efficiency of public services.
Smart home:
Applicable to home smart energy management system, users can remotely control and monitor home power usage through smartphones to achieve energy saving and consumption reduction.
Application advantages
Energy saving and consumption reduction: Real-time data monitoring and historical data analysis help users understand the use of electricity, optimize equipment operation, and reduce power waste.
Improve management efficiency: Remote control and automated management functions reduce manual operations and improve the management efficiency of the power system.
Ensure equipment safety: Fault alarm and overload protection functions effectively ensure the safe operation of power equipment.
Intelligent and automated: Integrate modern communication technology, support compatibility with various intelligent systems, and improve the intelligence level of equipment.