AI Energy-Saving Chiller System Integration Solution

By applying AI-driven optimization strategies for HVAC operations, the system integrates variable speed chilled water and cooling water pumps, large temperature difference with low water flow design, and HGBP technology to ensure stable chiller operation even at 10% loads. Across different applications and operating conditions, the system consistently delivers high performance and realize the full potential of AI-enabled energy-saving chillers.

42% Energy Savings

TECO AI-Driven Chiller Integration System is a solution that leverages Artificial Intelligence to optimize operation efficiency and minimize energy consumption. This peak-performance operation is achieved through the following levels:

Level 0:
Upgrade to high-efficiency chillers → 30% savings

Level 1:
EMS Module with preset energy-saving parameters for each zone (temperature setpoints, schedules, priority levels, etc.) → 2% savings

Level 2:
Variable Flow Module for chilled water/cooling water pumps with predictive mapping to chiller demand → 4% savings

Level 3:
IPLV Grouping Module with frequency matrix for optimal chiller operation efficiency → 6% savings

Level 4:
GAI Module → 6% savings

System Assurance Module

Early Warning for HVAC System Imbalance, Predictive Maintenance for Equipment Failure, and Automatic Standby Redundancy — These are the core components for ensuring stable system operation.

AI Energy-Saving Chiller System Integration Solution

Core Advantages

AHRI Ready

Using AI computing, chiller system efficiency can be improved by up to 42%

Energy consumption is significantly reduced, and the system operates more stably.

Reduce maintenance costs

Projects

Beitou Tian-Yue Hotel

Using an AI-enhanced chiller system integration solution, the chiller and peripheral equipment achieved synchronized energy savings.
Energy performance improved from 0.93 kW/RT to 0.62 kW/RT.

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Chiayi Yo Yo Hotel

Using an AI-enhanced chiller system integration solution, the chiller and peripheral equipment achieved synchronized overall energy savings.
Energy performance improved from 1.58 kW/RT to 0.85 kW/RT.

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Subsystem/Module

Products

Magnetic Levitation Centrifugal Chiller

Featuring a dual-stage magnetic levitation compressor, this oil-free system delivers quiet and highly efficient operation. Equipped with PLC intelligent control, it adapts to diverse load conditions, achieving superior energy efficiency and meeting modern environmental requirements.

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Variable-Speed Permanent Magnet Screw Flooded Chiller

Equipped with a permanent-magnet variable-speed motor that eliminates slip and delivers high efficiency, this chiller features a flooded evaporator and sub-cooled condenser for superior performance. The electronic expansion valve ensures precise load regulation, while the reliable oil-return injection pump enhances system stability. The microcomputer control system provides self-diagnostics and offers user-friendly operation.

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Variable-Speed Flooded Chiller

The high-performance current-vector inverter features auto-tuning technology and supports permanent-magnet motor drive. It delivers a 60% increase in processing performance, enabling rapid response and optimized motor operation through automatic tuning.

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Air Handling Unit (AHU)

An air handling unit consists of a fan, cooling coil, filters, and casing, with optional accessories such as electric heaters and humidifiers. AHUs are available in standard and pre-cooling types, and can be configured in vertical, horizontal, or suspended installations depending on space requirements.

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