- PLANT BUSINESS Leveraging our robust software capabilities, we are advancing into the plant sector, focusing on real-world engineering within HVAC.
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Through continuous innovation, we develop world-class HVAC technology, manufacture it in-house, and supply it to industrial sites both domestically and internationally (China, Vietnam, India, etc.). HVAC systems are essential in large buildings, optimizing work environments to enhance operational efficiency, extending the lifespan of machinery and electronics, protecting equipment from contaminants, and promoting efficient energy use.
We aim to create maximum synergy by integrating our core areas, such as digital twin and system integration, with physical plant engineering. Pursuing technologies beneficial to society, we lead in climate change response and environmental improvement through our innovative HVAC technology. Additionally, we are committed to ESG implementation, grounded in energy-saving and innovative technologies.
Key Features
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01
- Innovative technology enabling cost savings and environmental protection
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02
- Development of socially beneficial technologies through proactive ESG integration
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03
- Synergy through the combination of our software capabilities and physical engineering
Main Advantages
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Patents : Fan airflow stabilization device, split-vane impeller for double-inlet fans
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Certifications : AMCA performance certification, EUROVENT certification
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Technical Independence : Developing products that surpass European standards with extensive experience and patented technology
The combination of physical
and software power begins with IAAN.
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- Innovative Technology
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Our industrial fans are produced with relentless innovation, resulting in top-tier products. We developed Korea’s first single-inlet split-vane fan, followed by the world’s first double-inlet split-vane fan, now available globally.
We also pioneered the world’s first operational information module for industrial fans, applying it to our products.
IAAN’s innovative technology achieves high efficiency with minimal energy consumption, ultimately contributing to a low-carbon environment.
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- Automatic Control
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Various data is collected in real time during equipment operation, enabling efficient management of the machinery.
Performance and safety metrics—including airflow, static pressure, vibration, and efficiency—are digitized and fed back into predictive HVAC operations, facilitating safe and efficient functionality.
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- Airflow Stabilization
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We have localized the production of impellers previously imported from Europe. Our localized products incorporate patented airflow-stabilizing guide vanes, which reduce vortexes and maximize efficiency.
Compared to conventional products, we achieved a 3% increase in efficiency, a 2 dB(A) reduction in noise, and a 7% increase in static pressure.
