According to the United Nations Environment Programme (UNEP), buildings account for 40% of total energy consumption, making them the largest energy consumers. Ennowell’s Smart Choice Open Platform combines IoT technology with the concepts of smart buildings and sustainable energy consumption. It seamlessly integrates subsystems such as lighting, HVAC, power, access control, and fire safety, regardless of brand, without replacing existing equipment. The data is imported into the Smart Building Cloud Platform for centralized control and management, helping businesses reduce operating costs and enhance management efficiency.
Various subsystems can be integrated seamlessly regardless of brand, without replacing existing equipment
Information is visualized in 2D and 3D on a real-time dashboard
Customers can customize scenarios for system interconnection and receive real-time notifications of abnormal alarms
Customers can control real-time electricity consumption, manage demand, and analyze energy consumption behavior
Operational information from various devices can be integrated, and health diagnoses can be conducted based on the characteristics of abnormal events
A wide range of optimization suggestions and strategies are offered through big data analysis using Google Cloud AI and machine learning (ML)
Integrates equipment information and controls equipment to create a comfortable environment featuring high energy efficiency and low carbon emissions
Predicts real-time traffic flow to reduce peak load
Analyzes energy consumption to allocate energy more efficiently
Combines various screens and interconnect with heterogeneous systems
Records entry and exit activity and integrates with surveillance systems for enhanced security
Comprehensively records alarm trigger times, locations, and statuses
Interconnects fire-related events with other subsystems
Provides information on energy usage, energy consumption trends, and time-of-use rates
Enables automatic gate passage at entrances and exits and offers parking space guidance
Monitors the status of water tanks and pumps to avoid peak usage and reduce energy consumption
Activates and deactivates interconnected equipment based on fire, HVAC, and air quality sensor events
Automatically activates and deactivates different circuits according to environmental factors and energy-efficiency requirements
‧ 3D simulation of real-world scenarios
‧ Configuration of multiple lighting groups
‧ Availability of various preset lighting modes
‧ Automatic brightness adjustment based on environmental light changes
‧ Detection of indoor temperature, humidity, and CO2 concentration
‧ Customization of HVAC operational modes based on usage scenarios
‧ Smart environmental control through automatic detection of indoor conditions
‧ Interactive simulation of equipment operations through dynamic diagrams
‧ Display of daily passenger count and load capacity
‧ Connection to the surveillance system for real-time remote monitoring
‧ Interconnection with the HVAC system to reduce unnecessary energy consumption
‧ Prediction of real-time traffic flow to minimize the number of stops
‧ Visualization of energy flow and usage
‧ Real-time display of power consumption and energy consumption breakdown
‧ Demand control for peak load balancing
‧ Intelligent overconsumption alerts and automatic notifications
‧ Diverse statistical reports and audit support tools
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