AI Solution for Energy Optimization and Carbon Neutrality
Enbrix provides a new energy experience with its innovative AI autonomous driving EMS solution based on AICBM technology.
Through continuous data accumulation and self-advancing capabilities, it delivers exceptional performance in energy savings and electrical safety management.
AICBM :
An acronym for AI (Artificial Intelligence), IoT (Internet of Things), Cloud (Cloud Computing), Big Data, and Mobile—key technologies of the Fourth Industrial Revolution. These digital innovation technologies are combined to enable the Enbrix solution to optimize building energy more effectively.
Existing EMS Features
- Power Monitoring & Central Control
- HVAC Monitoring & Central Control
- Energy Usage Monitoring
- Energy Usage Evaluation Reports
Enbrix AI Features
- Real-time Savings Verification
- Cloud-based Automatic Management
- Integration with Other Platforms
- Real-time Individual Control of All Loads
- Real-time Monitoring Anytime, Anywhere
High Energy Savings
All power loads are automatically controlled in response to changes in the building's environment, achieving significant energy savings. This minimizes energy waste and ensures efficient energy use.
Precision Energy Savings Verification
Using the Enbrix Eco Tracker™ system, energy savings for each power load are tracked and verified. The system monitors real-time energy usage data from each device and system, generating detailed analysis reports that provide accurate savings insights.
Prevention of Electrical Accidents
If signs of accidents such as short circuits, overcurrent, fire, or arc faults are detected, the device alerts the user and, if necessary, cuts off electricity to prevent accidents, enhancing electrical safety.
Easy Operation and Management
With the AI-based automatic control system, operation and management are simplified without the need for direct intervention from administrators. The Enbrix solution automatically applies optimal settings based on environmental changes, allowing users to easily monitor the system.
High Energy Savings
enbrix optimizes energy by controlling all loads.
Remote Control
With the remote control feature, users can manage the system anytime, anywhere using a smartphone, tablet, or computer. This allows for quick responses to sudden changes or emergencies.
Group Control
The group control feature allows multiple power loads to be grouped and controlled simultaneously. This simplifies management tasks and enables easy bulk control of specific zones or functions.
Automatic Control
The automatic control feature utilizes AI and sensors to detect real-time environmental changes, adjusting the system automatically. This maximizes energy efficiency and minimizes unnecessary energy consumption.
Schedule Control
The schedule control feature allows the system to be programmed to operate at specific times. This automates routine management tasks and implements an optimal operational schedule for energy savings.
Electric Load Control
Automatically cuts off power when standby or unused power is detected.
Real-Time Monitoring and Management
Provides tailored data for users, with full remote control and configuration of all loads.
Smart Lighting Control
Automatically adjusts lighting based on indoor brightness levels.
Sensor-Linked Control
Cuts off power when no one is present in the space, eliminating wasted energy.
Efficient HVAC Operation
Optimizes power usage for all heating and cooling systems, regardless of the manufacturer.
Check the control methods for each device.
Precision Energy Savings Verification
enbrix Eco Tracker™ System
Data Collection
Operational Policy Updates
Data Collection
Operational Policy
Updates
Accurate Savings and Tracking Verification with 5W1H-based M&V Analysis
M&V: An acronym for Measurement and Verification, referring to the process of measuring and verifying energy savings in building energy management and reduction projects.
Global Carbon Regulation Response
An All-in-One Platform for Carbon Neutrality
Achieve energy savings with enbrix to obtain carbon credits and create a sustainable future.
Verified Carbon Reduction by enbrix
enbrix implements and verifies carbon reductions based on external project methodologies registered with the Ministry of Land, Infrastructure, and Transport.
Generate additional revenue through carbon credit trading and achieve your ESG goals.
(Methodology for External Projects in the Greenhouse Gas Emissions Trading System by the Ministry of Land, Infrastructure, and Transport, 03A-029-Ver01)
Carbon Regulation Response Process
Data Collection
Once the inventory is set up, a data collection pipeline is automatically established. It integrates with various internal and external systems to collect data automatically
Emissions Calculation
Carbon emissions are automatically calculated according to international standards such as the GHG Protocol and ISO 14064. The calculated emissions can be verified by third parties without modification.
Report Generation
Custom reports with the necessary items and reports that meet international disclosure requirements are automatically generated. Climate-related disclosures can be easily managed without the need for expert assistance.
Goal Setting and Roadmap Development
A roadmap is automatically created based on the set goals. Tailored reduction projects can also be proposed to help achieve the goals.
Safe Energy Usage with enbrix
Prevent accidents in advance with real-time management.
Electrical Accident Detection
Short circuits, overcurrent, fire, arc faults, and other signs of potential electrical accidents are monitored in real time for early detection. This system uses AI and IoT technologies to quickly detect anomalies within the electrical system.
Risk Alerts
When abnormal signs are detected, the system immediately sends a warning to the user. The alert provides detailed information about the current status and risk level of the electrical system, allowing the user to respond quickly.
Power Cutoff in Case of Accidents
If the detected anomaly reaches a critical level or requires immediate action, the system automatically cuts off the power to prevent potential accidents. This process is performed autonomously by the system, ensuring the safety of users and nearby facilities.
Easy Operation and Management
With a single login, control and management are accessible anytime, anywhere via web or mobile services.
01.
Heating and Cooling Control
Smart Thermostat
Intelligently integrates and manages scattered existing heating and cooling systems.
- Applicable to all heating and cooling systems (regardless of manufacturer/model/year)
- Minimizes installation location and constraints with omni-directional IR signal transmission
- Automatically establishes and controls operation policies based on big data
- Wireless communication method (no communication wiring required)
System Comparison Analysis
Comparison with Existing BAS and BEMS Systems
| BAS (Building Automation System) | EMS (Energy Management System) | |
|---|---|---|---|
Scope of Implementation | Customizable implementation (applicable to both existing and new buildings, regardless of scale) | New buildings | New buildings |
Control Scope | Management and control of all power loads (HVAC, lighting, outlets, etc.) | Central monitoring of equipment | BAS-based central monitoring + partial equipment control |
Savings Verification | Capable of tracking and verifying savings for all power loads | X | △ |
Safety Incident Management | Built-in | X | X |
Cost-Effectiveness | Very high (minimized implementation cost with customized setup) | Low | Low |
Integration with Other Products and Platforms | Open Structure | Closed | Closed |
Specialized Operating Personnel | Not required (cloud-based automatic management) | Required | Required |
GMI (Global Market Insights) listed us as the only Korean company in the global EMS market survey.
List of Key Energy Management System (EMS) Companies Selected by GMI
Continent | Country | Company Name | Number | ||
|---|---|---|---|---|---|
America | United States |
| 13 | ||
Europe | Germany | Siemens | 1 | ||
Sweden-Switzerland | ABB Limited | 1 | |||
Spain | Dexma Sensors SL | 1 | |||
Ireland | Eaton Corporation | 1 | |||
United Kingdom | eSight Energy | 1 | |||
France | Schneider Electric | 1 | |||
Asia | Korea | NX Technologies (currently NX) | 1 | ||
Japan |
| 2 |
