NEO – DX

The HiNova® Precision Cooling Units are engineered to deliver uncompromising thermal management for data centers and mission-critical environments where performance, reliability, and efficiency cannot be compromised. Purpose-built for high-density server rooms, telecommunications hubs, industrial process cooling, and medical laboratories, these systems maintain stable temperature and humidity levels to safeguard sensitive IT infrastructure and ensure continuous operational uptime.

At the core of the HiNova® design is its next-generation microchannel evaporator technology, delivering exceptional heat transfer performance while significantly reducing refrigerant volume and air-side pressure drop. This translates into faster cooling response, reduced environmental impact, and superior long-term efficiency. The advanced EC-motor radial fan technology ensures optimal airflow with remarkably low sound levels, further supported by noise-insulated fan compartments to maintain a quiet and uninterrupted working environment.

Every unit is powered by high-efficiency scroll compressors paired with Electronic Expansion Valves (EEVs) to provide precision modulation across partial and peak load conditions. This combination offers consistent cooling performance even during fluctuating thermal demands, achieving substantial energy savings throughout the operating lifecycle. Multi-stage capacity control enables compressors to work individually or in tandem, optimizing efficiency and reducing mechanical stress.

The HiNova® intelligent microprocessor-based control system elevates operational reliability with real-time monitoring, remote supervision, and performance optimization. Designed for scalability, the software synchronizes configuration parameters across multiple networked units, simplifying commissioning and ensuring balanced thermal management across large facilities.

Compact, modular, and adaptable, HiNova® Precision Cooling Units are engineered for effortless integration into both new and existing installations - particularly where floor space and continuous uptime are critical. Compliant with international environmental standards and sustainability initiatives, the HiNova® range enables data centers to meet increasing heat loads while reducing carbon footprint and operational expenditure.

Built to perform - and designed to sustain - the HiNova® series delivers a complete, future-proof thermal solution for organizations that demand efficiency, reliability, and intelligent control.

Key Features

• Precise and stable temperature control for mission-critical IT environments

• Microchannel evaporators for reduced refrigerant volume and improved cooling efficiency

• EC-motor radial fans with low noise and high airflow performance

• Scroll compressors engineered for energy-efficient part-load operation

• Electronic Expansion Valves for real-time refrigerant optimization and up to 25% energy savings

• Compact, space-optimized footprint for high-density and restricted-space installations

• Adaptive airflow configurations for tailored data center layouts and hot/cold aisle containment

• Smart controller with remote access, multi-unit networking, alarm monitoring, and predictive maintenance

• Low environmental impact and full compliance with sustainability and regulatory standards

Highlights

What sets the HiNova® Precision Cooling Units apart from conventional CRAC systems is their combination of advanced microchannel evaporators, EC-motor radial fans, and intelligent EEV-controlled refrigeration, working simultaneously to deliver maximum cooling capacity at the lowest possible energy input. While standard CRAC units rely on fixed mechanical cycles and higher refrigerant volumes, HiNova® dynamically adapts to real-time thermal loads, decreasing power usage and eliminating unnecessary compressor strain. The result is a cooling system that is smarter, faster, quieter, more environmentally responsible, and significantly more cost-efficient over its lifetime.

Airflow Configurations

HiNova designs and manufactures units in multiple airflow configurations to suit a variety of installation environments and cooling requirements. Whether Upflow, Downflow, or Displacement, each configuration is engineered to deliver optimal air distribution and reliable performance.