Maintaining comfortable working conditions in large industrial warehouses can be challenging, especially during peak summer months. High indoor temperatures often lead to reduced worker productivity, equipment overheating, and energy inefficiency.
Recently, a manufacturing unit based in Aurangabad faced similar issues — rising indoor heat and poor air circulation across their 40,000 sq. ft. facility. To address this, the company partnered with KRISSVENT to design and implement a ventilation solution that would improve airflow and control heat buildup.
The Challenge
The facility’s production area was experiencing excessive heat retention, limited air movement, and humidity during long operational hours. Traditional ventilation methods weren’t sufficient to handle the growing temperature difference inside the workspace.
The Solution Provided by KRISSVENT
After evaluating the site layout, KRISSVENT’s engineering team installed 25 high-performance Industrial Exhaust Fans across the warehouse.
These fans were strategically placed at ventilation points to ensure steady air extraction and cross-ventilation throughout the working area.
Built with aerodynamic blades and energy-efficient PMSM motors, the exhaust fans delivered consistent performance while consuming minimal power.
The Results
Within a few weeks of installation, the results were noticeable:
- Heat levels reduced by nearly 40% across the facility
- Improved air quality and humidity control
- Better worker comfort and concentration
- Increased operational efficiency and lower cooling costs
The new ventilation setup provided constant airflow, preventing heat accumulation and ensuring a safer, more productive working environment.
Conclusion
This project demonstrates how the right ventilation system can transform industrial working conditions.
By choosing KRISSVENT’s Industrial Exhaust Fans, the Aurangabad manufacturing unit achieved a cooler, healthier, and more energy-efficient workspace.
Looking to improve air circulation and temperature control in your facility?










