Energy Efficiency AI Solution

ENERGY EFFICIENCY AI SOLUTION

TSware HaLow Gateway

An intelligent Edge Gateway based on Wi-Fi HaLow that connects data from industrial sites into one.
Connect energy facilities in industrial complexes and begin real-time energy optimization.

Through a Wi-Fi HaLow-based long-range wireless network, distributed sensor data is collected,
processed on-site, and transmitted to an integrated monitoring system.

Long Range

Connecting a large industrial complex into a single networkLong-distance wireless communication of up to approximately 1 km

Low Power

Low-power communication-based sensor operationfor efficient battery-based operation

High Speed

Securing real-time data transmission and stability through on-site data collection and processing

건물이미지

Features

  • Energy visualization

  • Compatibility · scalability

  • Management convenience

  • Comfortable indoor
    environment

  • Consumption prediction

Product specification

Communication Method Wi-Fi HaLow (IEEE 802.11ah)
SpeedSeveral Mbps to Several Tens of Mbps
Frequency BandBelow 900 MHz
Communication RangeUp to 1 km
FeaturesLow power, long range, excellent wall penetration.
PowerDC12V

Functions · Applications

[ Application Areas ]

1. Industrial Complexes

  • Integrated monitoring of factories and energy facilities within industrial complexes

2. Manufacturing Plants

  • Monitoring of factory equipment conditions and energy consumption

3. Energy facilities

  • Monitoring of energy consumption, including electricity, heat, and gas

4. ESS

  • Monitoring of ESS power and operational status data

5. Utilities

  • Utility equipment such as air conditioning, cooling, and compressed air systems


[ Key Application Scenarios ]

1. Integrated monitoring of industrial complexes

  • Integrated monitoring of energy consumption and equipment status across multiple factories

2. Factory Equipment Condition Monitoring

  • Identifying equipment conditions and abnormalities based on power, temperature, and vibration data

3. Energy Efficiency Improvement

  • Identify periods of inefficient operation by correlating energy usage patterns with equipment status.

4. Remote Monitoring and Control

  • Web-based remote monitoring and energy diagnostics without the need for on-site visits
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