Durkee's Fabric Air Ducts Optimize HVAC System in Photovoltaic Production

The photovoltaic (PV) industry is at the vanguard of renewable energy, demanding manufacturing facilities that are both efficient and sustainable.

HVAC ventilation systems play a pivotal role in these environments, particularly in the production of silicon materials and solar PV batteries where strict environmental control is essential.

Durkee's fabric air duct systems rise to the challenge, offering energy efficiency, ease of installation, and improved air quality, setting a new standard in the industry.

Challenges in Silicon Material And Photovoltaic Battery Manufacturing HVAC

1. Silicon Material Production: The high-temperature processes within single-ceiling steel structures necessitate precise control over temperature and humidity to maintain a cleanroom environment conducive to silicon material production.

2. Solar Photovoltaic Battery Manufacturing: Both single and multi-layer ceiling steel structures demand high levels of cleanliness, with specific temperature and humidity requirements and the need for even air distribution.

Traditional HVAC System Limitations

- Air Leakage: Traditional metal ductwork often results in high levels of air leakage, leading to increased energy consumption and operational costs.

- Complex Installation: The installation of metal ducts is complex and time-consuming, prolonging construction periods and increasing labor costs.

- Noise and Cost: These systems can generate noise and incur high overall costs due to their complex nature and maintenance requirements.

Durkee's Fabric Air Ductwork Solutions

Durkee's fabric air duct systems have unique features. These features provide advantages over traditional HVAC sheet metal air ducts or galvanized steel ducts.

For Silicon Material Production Facilities:

- Energy Efficiency: Durkee's fabric ducts utilize SSZ zipper extrusion sealing technology to minimize air leakage, reduce energy loss, and lower operational costs.

- Easy Installation: The SMA system modular connection technology simplifies the installation process, shortening construction times.

- Cleanroom Compatibility: Designed without harmful gas emissions, these fabric ducts can be coated to resist acid and alkali corrosion, meeting the stringent requirements of cleanroom environments.

For Solar PV Battery Manufacturing Facilities:

- Even Air Dispersion: The STU (Sector Tridimensional and Uniform Air Dispersion ) technology ensures a fan-shaped, three-dimensional air distribution pattern, maintaining airflow uniformity within the plenum.

- Easy to Install and Washable: Fabric ducts are lightweight and simple to maintain, designed for easy cleaning and installation.

- Minimize Air Leakage: Fittings are connected via zippers. Patented double-sealing technology in the fabric air ducts ensures low air leakage, meeting the requirements of medium-pressure systems and enhancing energy efficiency.

Applications for Durkee's Flexible Ducting in the PV Industry

Conclusion

Durkee's fabric air duct systems represent a significant leap forward in HVAC technology for the photovoltaic industry. By offering energy-efficient solutions that are simple to install and maintain, Durkee creates the ideal conditions for producing silicon material and solar PV batteries.

For manufacturers seeking to enhance their HVAC ventilation systems with innovation and sustainability, Durkee's fabric air ducts are the solution of choice, leading the way in fabric ducting technology for a cleaner and more efficient energy future.

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