enbrix's Technology for Achieving Energy Optimization

Real-time control and management tailored to specific situations with edge computer-based solutions

Accurate prediction and control management through the establishment of an energy neural network

Energy Neural Network Establishment

Collection of all energy data within the building:

  • Energy consumption
  • Energy usage patterns
  • External environmental factors (temperature, humidity, lighting, etc.)
  • Non-electric energy sources (planned)

Real-Time Monitoring & Prediction

Real-time prediction using proprietary algorithms
Establishment of optimal control and management policies

Application of Optimal Control Policies

Continuous energy savings and ongoing energy data collection

Mesh Networking

Wide and Stable Wireless Communication

All devices act as communication relays, establishing a stable wireless network.

General Communication Method

Conventional communication networks operate only within limited ranges.

Communication Method

enbrix communication networks connect devices to each other, enabling unlimited communication expansion.

OTA(Over-the-air) Update

Always Up-to-Date with Automatic Software Updates

New software can be remotely downloaded to smart devices via wireless communication.

Open Platform

Unlimited Expansion with an Open-Structure Platform

The open-structure Enbrix platform allows for limitless business development in various directions.

enbrix Smart Energy Ecosystem

Renewable Energy
Demand Management
Security and Safety
EV Charging
Other Energy Elements

Open Platform

Open API-Based Open-Structure Platform

A top-level platform for monitoring and controlling other platforms and devices.

It can also function as a subordinate platform embedded in other systems to perform energy savings management and automatic control.

enbrix Service

Customized Building Energy-Saving Management Services

3rd Party Service

Provides free Rest API to partners and clients

Enables integration with devices and platforms from various manufacturers, allowing for the development of additional value-added services.

Customer Buildings

Buildings | Factories | Schools | Government Offices | Stores | Others

Smart Buildings that Evolve

enbrix continuously optimizes building energy using AI and automation technologies.

Step 1
Real-Time Data Collection and Automatic Control
Step 2
Data Analysis and Optimization
Step 3
Policy Implementation and Performance Improvement
Step 1. Real-Time Data Collection and Automatic Control

Through real-time communication between devices, the system accurately monitors all situations within the building and automatically controls them as needed. This optimizes energy consumption and supports smooth operation of all systems by collecting real-time data.

Step 2. Data Analysis and Optimization

The vast amount of collected data is precisely analyzed by artificial intelligence to derive optimized operational policies. This maximizes the energy efficiency of the building, and software updates and optimizations are carried out for continuous performance improvement.

 

Step 3. Policy Implementation and Performance Improvement

Based on the analyzed data, improved software and operational policies are automatically applied, ensuring all devices operate at peak performance. This process is continuously repeated, gradually enhancing the building’s energy management and performance over time.

※ Software updates are conducted via OTA (Over-The-Air) to ensure the system is always up to date.

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