AIIMS Nagpur Medical College
AIIMS Nagpur Medical College – Nagpur, Maharashtra
AIIMS Nagpur Medical College is a leading educational and research institution established under the Government of India’s PMSSY initiative to advance medical education, training, and innovation. As part of the integrated AIIMS Nagpur campus, the facility includes lecture halls, laboratories, research centers, academic blocks, administrative buildings, and student amenities designed to support future healthcare professionals. Maintaining a comfortable and productive learning environment requires reliable HVAC infrastructure capable of delivering consistent performance throughout the campus.
To support these requirements, Wilo supplied a high-performance HVAC pumping solution comprising end suction pumps and advanced secondary variable control panels. The system is engineered to ensure efficient chilled water circulation, optimized energy usage, and reliable climate control across academic and research facilities. By delivering dependable HVAC performance, the solution supports uninterrupted educational activities and enhances the overall campus environment.
Pumps Used
Industry: Building Services Commercial
Application: Educational Institute
Pump Type: End Suction HVAC Pumps
Total Pumps: 28
Control System:
- 4P × 30 kW Secondary Variable Control Panels (2 Nos.)
- 3P × 30 kW Secondary Variable Control Panel (1 No.)
- 4P × 37 kW Secondary Variable Control Panel (1 No.)
Modern educational campuses require HVAC systems capable of maintaining comfortable indoor conditions across classrooms, lecture theatres, laboratories, libraries, and research facilities. Efficient chilled water circulation is essential for supporting academic activities, research operations, and occupant comfort while ensuring optimal utilization of campus infrastructure. End suction pumps are widely adopted in educational institutions due to their dependable performance and operational efficiency.
The advanced secondary variable control panels provide intelligent demand-based operation by regulating pump performance according to actual cooling requirements. This approach improves energy efficiency, reduces operational costs, and ensures reliable HVAC performance across the campus. Together, the pumping and control solution delivers a sustainable and efficient infrastructure that supports learning, innovation, and academic excellence.