Smart WiFi Energy Acquisition Module 2P 63A

Name: Smart WIFI electric energy acquisition module
Brand: Hantu Electric

Product Overview

What This Model Does

The Smart WiFi Electric Energy Acquisition Module is a two-pole single-phase device for AC 230V circuits that measures and displays real-time current, voltage, power and electrical energy. It operates on 2.4GHz WiFi and reports data at 1000 impulses per kWh, with a rated current up to 63A and Level 1 measurement accuracy. It supports remote viewing of consumption data via a smartphone app and is suitable for use in commercial, industrial and solar energy installations where energy tracking is needed at the circuit level.

Key Benefits

Measures and displays current voltage power and energy in real time on a local screen
Transmits data over 2.4GHz WiFi to a smartphone app for remote monitoring
Level 1 accuracy ensures reliable energy data for billing or load analysis
1000 impulses per kWh allows precise energy value calculation
Low standby power consumption of ≤1W reduces impact on the monitored circuit

Smart WiFi electric energy acquisition module on DIN rail front view

Who It Is For

Electrical wholesalers adding a smart monitoring device to their low-voltage product range
Panel builders integrating energy monitoring into distribution boards without extra meters
Solar EPC contractors who need circuit-level energy data for system commissioning
Facility managers requiring real-time energy visibility across multiple sites
OEM/ODM buyers building smart switchgear or energy monitoring systems

Problems It Solves

A site has no way to measure energy use at the circuit level without installing a separate meter
Energy data is not available in real time, requiring manual readings or loggers
Monitoring requires additional wiring and a separate data logger or SCADA interface
Existing meters are too large or expensive for use in compact distribution boards
Energy tracking is delayed or inaccurate due to low-precision measurement devices

Application Scenarios

Monitoring energy use in individual circuits of a commercial building to identify high-load equipment
Tracking solar inverter output or battery charging cycles in a residential or industrial PV system
Measuring consumption in a panel board where no separate energy meter is installed
Verifying load distribution across multiple circuits in a switchgear assembly
Providing real-time energy data to a facility manager via a mobile app without rewiring

Technical Features

How It Is Built

Two poles for single-phase AC 230V circuits at 50/60Hz
Rated current up to 63A with a maximum current rating of 63A
Level 1 measurement precision for current voltage power and energy
1000 impulses per kWh for accurate energy value calculation
2.4GHz WiFi 802.11b/g/h wireless communication standard
Local display of current voltage power and electrical energy values
Operating temperature range from -40 degrees C to +70 degrees C
Operating humidity limit up to 80% RH non-condensing
Standby power consumption ≤1W
Compact size of 81mm x 36mm x 66mm

Materials and Construction

Flame-retardant plastic housing with a front-mounted display window
Metal terminals for secure connection of live and neutral conductors
Integrated WiFi module with antenna built into the housing
Internal PCB with current and voltage sensing components and microcontroller

Quality Control

Measurement accuracy verified against Level 1 standards for current, voltage and power
WiFi signal strength and data transmission tested under normal and edge conditions
Operating temperature range tested at -40 degrees C and +70 degrees C
Standby power consumption measured under no-load conditions
Dielectric and insulation resistance tested before packing

Specifications

Stated Ratings for This Model

Specifications for Smart WIFI electric energy acquisition module
Rated Voltage	AC 230V
Rated Frequency	50/60Hz
Maximum Current	63A
Standby Power Consumption	≤1W
Number of Poles	2P (single phase)
Measurement Precision	Level 1
Impulses per kWh	1000IMP/kWh
Wireless Standard	WiFi 2.4GHz 802.11b/g/h
Operating Temperature	-40 to +70 degrees C
Operating Humidity	≤80% RH
Product Size	81mm x 36mm x 66mm

Ratings are as published for this model. Where a value is not published we mark it TBC rather than estimating it.

Values that could not be confirmed against the published catalogue text for this model are marked TBC and confirmed by email before order: Mounting Type.

Manufacturing Process

Moulding of the plastic housing and front panel with display cutout
Assembly of the terminal block and internal mounting brackets
Installation of the PCB with current transformer and voltage divider circuits
Mounting of the WiFi module and antenna connection
Firmware loading and calibration of measurement parameters
Testing of display accuracy and wireless data transmission
Final inspection and packaging

Customization Options

ODM branding on the housing and packaging with customer logo and model number
Custom firmware settings for impulse count or data reporting intervals
Packaging and carton marking to buyer’s specifications
Selection of rated current from available options in the series

Comparison

How It Compares

Conventional energy meter	Smaller footprint and lower cost, but lacks local display and requires WiFi for data access
DIN rail energy logger with LCD	Same form factor but no wireless data transmission unless paired with a gateway
Multi-function meter with WiFi	Higher cost and larger size, while this module focuses only on energy acquisition with minimal footprint

Use Guide

Connect the live and neutral conductors to the input terminals
Power on the circuit and confirm the display shows voltage and current values
Pair the device to the app using the 2.4GHz WiFi network
Verify energy data is being reported in the app and check impulse count
Keep the front display accessible for local monitoring and ensure ventilation around the unit