AIoT Smart Energy Integration
Core Services
HVAC System Integration
Integrated control for chillers, heat/cool pumps, cooling towers, AHUs, and FCUs.
VFD Energy Saving Control
VFD control and efficiency optimization for CHP, CWP, CT, and AHU.
Automation Control Systems
Architecture design for PLC, DDC, SCADA, and communication systems.
Device Data Integration
Data integration for power meters, BTU meters, and sensors via Modbus / MQTT.
Cloud EMS Integration
Upload field data to the Cloud EMS platform for real-time monitoring and analysis.
AI Smart Control Strategy
Dynamic optimization based on load, temp/pressure difference, flow rate, and COP.
Energy Saving System Modules
Tailor-made, step-by-step energy optimization solutions designed for diverse facility needs without future expansion interface issues.
Chilled & Cooling Water Systems
Optimize chillers, pumps, and cooling tower operation to boost overall HVAC efficiency.
Hot Water, Boiler & Heat Pump Integration
Integrate boilers, gas, and heat pumps to reduce fuel costs and enhance thermal efficiency.
AHU & Air Distribution Control
Improve air quality and comfort while reducing fan energy consumption and boosting efficiency.
Pump & VFD Energy Saving Control
Adjust flow and pressure according to load to reduce wasted energy and extend equipment lifespan.
Lighting & Demand Control
Smart lighting and peak demand management to lower peak power usage and increase energy efficiency.
Renewable Energy & Energy Storage
Integrate solar, ice storage, and micro-hydro generation to enhance energy self-sufficiency and resilience.
Water Conservation & Management
Water usage monitoring, recycling, and water-saving equipment integration to reduce water costs and environmental impact.
How AIoT Makes Equipment Operation Smarter
By analyzing real-time data with AI algorithms, system parameters are automatically adjusted to achieve optimal efficiency with minimum energy consumption while meeting comfort and process needs.
✓ Cooling Tower · Optimal
✓ Pump System · Optimal
✓ AHU System · Optimal
✓ Lighting System · Optimal
Method and System for VFD Parallel Energy-Saving Control
Smart energy-saving control for multi-pump parallel systems to optimize overall system efficiency and minimize wasted operation—the core technological foundation of ESMC energy integration.
Value Created for Enterprises
Substantially Reduce Energy Costs
Optimize equipment efficiency to reduce unnecessary energy waste.
Improve Operating Efficiency
Ensure systems run under optimal conditions to extend equipment lifespan.
Lower Carbon Emissions
Reduce energy consumption to cut carbon emissions and hit sustainability targets.
Enhance Operational Stability
Real-time monitoring and automated adjustment to reduce equipment anomalies and downtime risks.
Phased Implementation
Flexible planning based on budget and requirements, enabling step-by-step integration with legacy equipment.
Applicable Scenarios
Make Your Equipment Smarter,
Maximize Your Energy Savings
ESMC leverages AIoT technology to integrate field equipment with cloud platforms, helping you build high-efficiency, energy-saving, and sustainable smart energy management systems.