TMV7 Smart

ODU Units

Single unit max. 26HP
One system up to 104HP

ODU Units

Single unit max. 26HP
One system up to 104HP

Wide Operation Range

Featuring an ultra-broad operating range (-15°C to 56°C for cooling, -30°C to 28°C for heating), the unit ensures reliable operation in harsh conditions, greatly boosting stability and applicability.

Wide Operation Range

Featuring an ultra-broad operating range (-15°C to 56°C for cooling, -30°C to 28°C for heating), the unit ensures reliable operation in harsh conditions, greatly boosting stability and applicability.

Heat Dissipation Technology of Refrigerant

The 360° dual-tube circulating refrigerant cooling technology offers high thermal conductivity and superior heat dissipation, effectively removing heat from the main control board, inverter module. Tests show a 20°C reduction in the inverter module temperature, extending equipment service.

Heat Dissipation Technology of Refrigerant

The 360° dual-tube circulating refrigerant cooling technology offers high thermal conductivity and superior heat dissipation, effectively removing heat from the main control board, inverter module. Tests show a 20°C reduction in the inverter module temperature, extending equipment service.

6-stage Oil Control Technology

Our innovation leads in three key areas: oil separation, return, and storage. The entire oil circuit is managed through a precise six-stage system, assuring secure, stable, and reliable compressor performance.

6-stage Oil Control Technology

Our innovation leads in three key areas: oil separation, return, and storage. The entire oil circuit is managed through a precise six-stage system, assuring secure, stable, and reliable compressor performance.

Module back up

For multi-module combination, when one outdoor unit fails, the outdoor unit can be disconnected from the system communication, and the rest modules continue to operate.

Module back up

For multi-module combination, when one outdoor unit fails, the outdoor unit can be disconnected from the system communication, and the rest modules continue to operate.

Fan back up

For the dual-fan system, when one fan fails, the other fan can immediately enter the backup operation to ensure the user's use needs.

Fan back up

For the dual-fan system, when one fan fails, the other fan can immediately enter the backup operation to ensure the user's use needs.

AI Energy Saving
(20% Lower Costs)

By integrating AI and intelligent control algorithms, our system creates a self-optimizing loop that dynamically senses multiple parameters. It precisely matches cooling output to real-time load demands by intelligently adjusting frequency and airflow. This ensures continuous 20% annual energy savings and superior operational efficiency.

AI Energy Saving
(20% Lower Costs)

By integrating AI and intelligent control algorithms, our system creates a self-optimizing loop that dynamically senses multiple parameters. It precisely matches cooling output to real-time load demands by intelligently adjusting frequency and airflow. This ensures continuous 20% annual energy savings and superior operational efficiency.

6 Steps Generator Mode

Using the remote/wired controller to achieve generator mode from 40%~100%, 6 steps of generator mode to assure unit can run at extreme low power consumption mode.

6 Steps Generator Mode

Using the remote/wired controller to achieve generator mode from 40%~100%, 6 steps of generator mode to assure unit can run at extreme low power consumption mode.

1W Standby Mode

According to big data research, 76.5% of commercial VRF units are in standby state, and standby power consumption is up to 40 W. The intelligent diagnosis system tracks 21 power consumption parameters in real time through the outdoor unit operation status monitoring chip, and the AI decision program automatically identifies the indoor unit requirements, quickly cuts off the power supply of unnecessary modules (electric heating/some electric control modules), and the standby power of the outdoor unit is as low as 1 W.

1W Standby Mode

According to big data research, 76.5% of commercial VRF units are in standby state, and standby power consumption is up to 40 W. The intelligent diagnosis system tracks 21 power consumption parameters in real time through the outdoor unit operation status monitoring chip, and the AI decision program automatically identifies the indoor unit requirements, quickly cuts off the power supply of unnecessary modules (electric heating/some electric control modules), and the standby power of the outdoor unit is as low as 1 W.

Enhanced Vapor Injection Compressor

This system ensures exceptional performance in extreme conditions through vapor injection technology. In low-temperature environments, it boosts the refrigerant cycle to increase heating capacity by 30% at -15°C and maintain stable operation at -30°C. Conversely, in high-temperature conditions, it enhances the refrigerant cycle and subcooling to deliver powerful, efficient cooling even at 55°C ambient temperature.

Enhanced Vapor Injection Compressor

This system ensures exceptional performance in extreme conditions through vapor injection technology. In low-temperature environments, it boosts the refrigerant cycle to increase heating capacity by 30% at -15°C and maintain stable operation at -30°C. Conversely, in high-temperature conditions, it enhances the refrigerant cycle and subcooling to deliver powerful, efficient cooling even at 55°C ambient temperature.

High Efficiency Heat Exchanger

Its U-shaped design features three-sided air exposure, this innovative structure increases the effective heat exchange area by 40% compared to a conventional single-row design, significantly enhancing thermal efficiency.
Three-Row Fin Structure: This configuration increases the contact area with the air while effectively reducing airflow resistance. The result is a 10% improvement in heat exchange efficiency.

High Efficiency Heat Exchanger

Its U-shaped design features three-sided air exposure, this innovative structure increases the effective heat exchange area by 40% compared to a conventional single-row design, significantly enhancing thermal efficiency.
Three-Row Fin Structure: This configuration increases the contact area with the air while effectively reducing airflow resistance. The result is a 10% improvement in heat exchange efficiency.

Ultra-high Power DC Inverter Fan Motor

A high-capacity DC motor pairs with a large biomimetic fan to redefine climate mastery, delivering powerful, efficient, quiet, and durable comfort.

Ultra-high Power DC Inverter Fan Motor

A high-capacity DC motor pairs with a large biomimetic fan to redefine climate mastery, delivering powerful, efficient, quiet, and durable comfort.

High ESP

With a standard 50Pa static pressure (customizable up to 80Pa), our outdoor unit enables long-distance airflow, prevents cross-interference, and ensures efficient heat dissipation. It operates reliably even in confined spaces.

High ESP

With a standard 50Pa static pressure (customizable up to 80Pa), our outdoor unit enables long-distance airflow, prevents cross-interference, and ensures efficient heat dissipation. It operates reliably even in confined spaces.

Support Maximum 80 IDUs

A single system supports up to 80 indoor units, providing the flexibility to meet the demands of diverse building layouts.

Support Maximum 80 IDUs

A single system supports up to 80 indoor units, providing the flexibility to meet the demands of diverse building layouts.

Automatic Restart Function

In the event of a sudden power outage, the system automatically saves the unit's status prior to the shutdown. Once power is restored, it resumes operation to the pre-shutdown state (including operating mode, set temperature, fan speed, etc.) without requiring manual reconfiguration, delivering smarterservice.

Automatic Restart Function

In the event of a sudden power outage, the system automatically saves the unit's status prior to the shutdown. Once power is restored, it resumes operation to the pre-shutdown state (including operating mode, set temperature, fan speed, etc.) without requiring manual reconfiguration, delivering smarterservice.

Emergency IDU Maintenance Mode

If an indoor unit requires power outage for maintenance due to a malfunction, it can be independently powered off for repair without affecting the operation of the entire system. Other indoor units within the system can continue to operate normally.

Emergency IDU Maintenance Mode

If an indoor unit requires power outage for maintenance due to a malfunction, it can be independently powered off for repair without affecting the operation of the entire system. Other indoor units within the system can continue to operate normally.

Automatic Address Assignment

The system automatically assigns addresses to indoor units, eliminating the need for manual DIP switch setting. one-touch address query and configuration via the controller, making operation smarter and more convenient.

Automatic Address Assignment

The system automatically assigns addresses to indoor units, eliminating the need for manual DIP switch setting. one-touch address query and configuration via the controller, making operation smarter and more convenient.

Commissioning by One Button

One-touch test operation on the outdoor unit enables cooling/heating trial runs of the system, streamlining on-site debugging and improving installation quality.

Commissioning by One Button

One-touch test operation on the outdoor unit enables cooling/heating trial runs of the system, streamlining on-site debugging and improving installation quality.