TCL raises the bar for smart, sustainable HVAC at Big 5

As the construction industry moves toward smarter, more sustainable buildings, the role of HVAC systems has taken centre stage. Developers today are looking beyond traditional air-conditioning and heating solutions, prioritising systems that can lower energy consumption, integrate seamlessly with intelligent building platforms and deliver long-term performance in challenging environments. At this year’s Big 5 exhibition, TCL is putting these priorities at the forefront with a suite of innovations designed for the future of climate control and energy management.

A core highlight of TCL’s Big 5 showcase is its focus on energy efficiency, an area in which the company has made significant strides across both commercial and residential climate solutions. TCL’s DC inverter-driven systems—featured in its latest VRF (Variable Refrigerant Flow) units and light commercial air conditioners—are engineered to reduce energy consumption without compromising cooling performance. The TMV6 series VRF system, for example, uses advanced inverter compressors and optimized heat exchangers to improve efficiency and deliver stable cooling even during peak summer temperatures. These technologies help buildings run more efficiently, translating to lower operational costs and reduced environmental impact.

Similarly, TCL’s Tri-thermal ATW Heat Pumps, available in R32 and R290 refrigerant models, offer an energy-saving alternative for heating and hot water, while maintaining quiet, safe and reliable operation. With features like three-zone temperature control and antifreeze protection, these systems are well-suited for mixed-use buildings, villas and commercial spaces seeking year-round comfort with reduced energy load.

Energy efficiency is only one part of the story. Today’s buildings also demand intelligent, IoT-driven control, and TCL has built its ecosystem with this need in mind. At Big 5, the company is showcasing its integrated control platforms, including centralised controllers, BMS (Building Management System) compatibility and remote management through the TCL app. These solutions allow facility managers to monitor multiple units, adjust settings in real time and optimize usage based on occupancy or time of day. The result is a smarter, more connected building that responds dynamically to both comfort and efficiency needs.

Durability remains another key pillar of TCL’s offering, particularly for challenging conditions found across the Middle East. The region’s dust, heat and fluctuating voltage levels place significant strain on HVAC systems. In response, TCL has engineered its commercial AC units with a combination of stability technologies, including enhanced protection on outdoor components, self-cleaning heat exchangers and voltage-tolerant operation that supports up to 460V. These features help extend system lifespan, reduce maintenance frequency and ensure consistent performance, even under demanding environmental conditions.

Beyond air conditioning, TCL is also presenting its expanding portfolio in energy storage, offering solutions for both homes and businesses. The BlueArk X1 and X5 energy storage systems support stable, low-voltage operation, intelligent monitoring and flexible expansion, making them suitable for customers seeking reliable backup power or greater energy independence. With compatibility for solar PV, generators and grid inputs, these systems align with the region’s shift toward renewable energy and long-term sustainability.

TCL’s participation at Big 5 underscores the company’s broader commitment to supporting the Middle East’s transition toward smarter, greener and more resilient infrastructure. Whether through advanced VRF systems, high-efficiency heat pumps or intelligent control platforms, TCL’s solutions are designed to help developers meet rising expectations for comfort, sustainability and reliability. As buildings evolve, the company’s blend of engineering expertise and user-driven innovation positions TCL as a strong partner for the region’s next generation of projects.