BEMS monitoring screen analyzing building energy flow in real time

Energy Monitoring (BEMS)

By analyzing a building's energy flow in real time,we achieve more efficient and sustainable operations.

Technology

Energy Monitoring (BEMS)

We develop and operate BEMS (Building Energy Management System) solutions that analyze and optimize a building's energy consumption in real time. Combining sensor, IoT, and AI analysis technologies, the system automatically collects and analyzes energy consumption of key facilities such as power, HVAC, lighting, and hot water, and proposes energy-efficiency strategies — reducing operating costs and contributing to carbon neutrality.

Key Functions Features

Real-time energy data collection

Collects data such as power, temperature, illuminance, humidity, and flow rate in real time via IoT sensors
Visualizes energy use patterns by facility to quickly identify inefficient areas
Automatic alerts and log storage when energy leakage or abnormal load occurs

AI-based energy analysis

Predicts energy use by time and facility and performs anomaly detection via AI prediction models
Learns from historical data to automatically identify energy waste patterns and suggest savings
Automatically optimizes facility operation schedules to minimize unnecessary running

Cloud-based integrated monitoring

Integrated management of multiple sites (factories, buildings, public facilities) via cloud servers
Real-time monitoring and remote control through web and mobile dashboards
Enhanced security through per-administrator and per-operator permission settings

Automatic control and optimization

Automatic control of HVAC, lighting, and ventilation systems based on real-time measurements
Comfort-based control algorithms considering environmental indicators such as temperature, humidity, and CO₂ level
Automatically records control results and energy savings into reports

Technical Specs Specs

Standard protocol support Supports various facility integrations such as BACnet, Modbus, and MQTT

Data compatibility Compatible with measurement instruments and EMS systems

Lightweight cloud with built-in AI analysis Easy to install even in small and mid-sized buildings

Modular structure Flexibly applied to environments such as buildings, factories, schools, and public facilities

Expected Benefits Effects

10–20% energy savings

(based on automatic facility control and AI optimization)

Improved management efficiency

Digitized facility operation history improves inspection and maintenance efficiency

Carbon neutrality response

Reduces greenhouse gas emissions and meets ESG management standards

Policy alignment

Secures a foundation for responding to government Zero Energy Building (ZEB) and mandatory BEMS policies