Inverter Screw Chiller

Train with the best

Inverter Screw
Chiller

Inverter Screw Chiller

Grade-1 energy efficiency, variable-frequency startup + inverter operation, patented efficient heat exchanger, dynamic optimization and control algorithms, TICA Cloud data management.

Advantage

High Efficiency & Energy Saving

H series reaches grade-1 energy efficiency of both COP and IPIV. Under national operating conditions, IPLV reaches up to 8.10.

Stability and Reliability

Efficient German compressor. Brand new high-efficiency heat exchanger. Sophisticated throttle apparatus and unique oil return. Variable-frequency startup, no power grid impact.

Intelligent Control

Sophisticated control system. Unique dynamic optimization and control algorithms. Complete safety protection. Group communication for BMS.

Cloud Data Management

TICA Product Lifecycle Management (PLM) manages critical steps throughout the full lifecycle of products and provides powerful big data support for customers.

Technical Parameter

Patented High-Efficiency Compressor from Germany

Three-stage oil separator with efficiency up to 99.5%.
With the slide valve for stepless regulation, a single compressor can precisely match 25% – 100% load changes.
The screw rotator reaches micron-level precision.
» Efficient motor with large capacity can significantly increase the EER.

High-Efficiency Heat Exchanger

Ultra-high-efficiency heat exchanger increases the heat exchange efficiency by over 15%.
The structure of the supercooling and enhanced vapor injection chamber is optimized.
TICA patented embedded oil separator with efficiency up to 99.9%.
» The new patented liquid baffle blocks liquid inflow during air suction.
Proper water flow range guarantees strong anti-foulding capability.
Powerful heat exchange capability, adapt to flow variable primary pump under large temperature difference.

Advanced Control Methods

GALX˚C Unique dynamic optimization and control algorithms.
GALX˚C patented automatic oil injected by oil and oil injection control program.
The unique efficiency gains control is used for scenarios with requirements for comfortableness, and saves the annual operating cost by
5%.