Taiwan – Airwoods Ceiling-mounted HRV heat recovery units inTaipei No.1 Agricultural Products Market
The Taipei No.1 Agricultural Products Market, a key distribution hub for the city’s fresh produce, had long been challenged by issues such as high indoor temperatures, poor air quality, and elevated energy costs. In response, the market partnered with Airwoods to implement an advanced HVAC upgrade — the installation of ceiling-mounted HRV heat recovery units — dramatically enhancing comfort, efficiency, and sustainability across the facility.
Airwoods' HVAC Solution:
Museums require highly specialized indoor climate control to protect delicate art collections from humidity and temperature fluctuations. At the same time, there is growing demand for sustainable HVAC solutions that reduce energy use and support green building standards. Airwoods’s solution met both objectives.
Airwoods Solution:
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● Efficient Heat Recovery
At the heart of the solution is Airwoods’s HRV heat recovery unit, which utilizes high-efficiency air-to-air heat exchange technology. By pre-conditioning incoming fresh air, the heat recovery ventilator system reduces indoor heat buildup and supports a consistently comfortable environment, even during peak market hours. -
● EC Fans
The new HRV heat recovery ventilation system is equipped with EC (electronically commutated) fans to improve airflow dynamics and enhance the supply of fresh air throughout the market. The result is a crisp, clean, and cool indoor atmosphere — ideal for both vendors and customers. -
● Energy Efficiency
By significantly reducing the demand on traditional air conditioning systems, the heat recovery systems help lower the market’s operational energy consumption. This not only translates into long-term cost savings, but also ensures optimal conditions for preserving fresh produce.● Commitment to Sustainability
This MVHR heat recovery solution supports Taipei’s broader environmental goals by reducing carbon footprint and promoting green building practices. The upgraded HVAC system demonstrates how traditional markets can adopt advanced ventilation technologies without compromising their cultural or commercial identity.
