Experience Centre HVAC Solutions for LG Electronics BIC
Tags: Experience Centre | Advanced HVAC Systems | Energy-Efficient Solutions
An innovation-driven HVAC project enabling live system demonstrations, energy recovery, and integrated hot water generation within a dynamic experience centre.
Engineering HVAC Systems for Experiential and Functional Performance
Rao & Co delivered a specialized HVAC solution for LG Electronics’ Business Innovation Centre (BIC), an immersive experience space designed to showcase a wide range of advanced air-conditioning systems in real-time.
The project required integrating multiple HVAC technologies within a single environment, ensuring each system could operate effectively while contributing to an engaging and energy-efficient demonstration space.
Engineering HVAC Systems for Experiential and Functional Performance
Rao & Co delivered a specialized HVAC solution for LG Electronics’ Business Innovation Centre (BIC), an immersive experience space designed to showcase a wide range of advanced air-conditioning systems in real-time.
The project required integrating multiple HVAC technologies within a single environment, ensuring each system could operate effectively while contributing to an engaging and energy-efficient demonstration space.
Supporting Live Demonstration of Multiple HVAC Systems
The project involved creating an environment where different air-conditioning systems could be displayed and experienced under real operating conditions.
Key requirements included:
Integration of multiple HVAC systems within one facility
Real-time operational demonstration capability
Managing combined heat loads from active systems
Ensuring energy-efficient performance
Incorporating sustainability-driven features
Balancing Performance, Demonstration, and Energy Efficiency
The LG BIC required a unique HVAC setup where multiple systems operate simultaneously for demonstration purposes, unlike conventional single-system environments.
Key challenges included:
Managing heat generated by multiple running systems
Ensuring stable and consistent performance across all units
Designing systems that support live customer interaction
Preventing energy inefficiency due to continuous operation
Integrating sustainability features without compromising functionality
Designing an HVAC Ecosystem for Real-Time Experience and Efficiency
Rao & Co approached the project with a system-integration mindset, ensuring that each HVAC unit contributed to both functionality and demonstration value.
The approach included:
Designing systems that allow real-time operation of multiple AC units
Integrating heat recovery mechanisms to optimize energy usage
Structuring airflow and load management to maintain performance stability
Leveraging waste heat for secondary applications
Aligning system layout with customer interaction zones
AHU-Based HVAC System for Auditorium Performance
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Live Display HVAC Integration
Systems were designed and installed to enable real-time demonstration of multiple air-conditioning units, allowing users to experience performance firsthand.
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An advanced heat recovery solution was implemented to capture and reuse waste heat generated during system operation, improving overall energy efficiency.
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Hot Water Generation System
The system was engineered to convert hot air exhaust into usable hot water, adding a sustainable utility layer to the HVAC setup.
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Optimized System Coordination
All HVAC systems were configured to operate simultaneously without performance degradation, ensuring a seamless and stable experience.
Real-time HVAC system demonstration environment
Integrated heat recovery technology
Conversion of waste heat into usable hot water
Energy-efficient multi-system operation
Innovation-driven HVAC design
Outcome: A Benchmark for Experiential and Sustainable HVAC Design
The project resulted in a high-performance HVAC environment that successfully combines innovation, sustainability, and user experience. The LG BIC now serves as a live demonstration platform where advanced HVAC technologies can be experienced in real-world conditions.
