Texas Instruments India – Manufacturing Facility

Texas Instruments India’s facility in Bangalore represents a high-performance industrial and corporate infrastructure environment, designed to support advanced semiconductor and electronics operations. Such facilities demand precise environmental control, continuous cooling, and highly reliable HVAC systems to maintain optimal operating conditions for equipment and processes.

Industrial campuses of this scale require robust pumping solutions that ensure consistent chilled water circulation, efficient heat dissipation, and uninterrupted system performance. Energy efficiency, system redundancy, and intelligent control are critical factors in maintaining operational reliability while optimizing energy consumption.

Wilo has delivered an advanced pumping and control solution for this facility, integrating high-efficiency pumps with intelligent control panels to ensure superior HVAC system performance.

The HVAC system at Texas Instruments Bangalore is engineered for high-efficiency cooling and uninterrupted performance, essential for industrial and precision-driven environments.

The use of IE4 high-efficiency motors significantly reduces energy consumption while delivering superior performance, aligning with global energy efficiency standards. These motors ensure lower operational costs and reduced carbon footprint, making the system both economically and environmentally sustainable.

The horizontal end suction pumps (Atmos GIGA series) are designed for reliable and efficient water circulation in HVAC systems. Their robust hydraulic design ensures consistent flow rates and pressure stability, even under varying load conditions typical in industrial cooling systems.

The primary variable control panel with dual kW configuration enables intelligent load management by dynamically adjusting pump operations based on real-time demand. This ensures optimal energy utilization while maintaining system performance. The inclusion of a 5DPT system with bypass starter enhances operational flexibility and ensures continuity in case of system variations or faults.