According to the International Energy Agency (IEA), traditional air conditioners account for up to 20% of the global energy consumption of buildings. Their inefficient operation not only exacerbates the climate crisis but also imposes challenges on households and businesses such as high electricity bills and mounting carbon reduction pressures. With a consumer-centric approach, TCL uses advanced AI technology research and product innovation to develop highly efficient AI-powered air conditioner solutions. The groundbreaking T-AI Energy-saving technology developed by TCL AC achieves an energy-saving rate of 37%+, propelling the global air conditioning industry toward a new era of low-carbon efficiency.

The air conditioning industry is currently facing four major challenges: respiratory health, high energy consumption, refrigerant impact on global warming, and the transformation of traditional air conditioning through emerging technologies.

With increasing concerns over air pollution and bacteria transmission in enclosed spaces, it is imperative for air conditioners to integrate fresh air purification, UVC deep ultraviolet sterilization, and other advanced technologies. Traditional air conditioners account for over 40% of household electricity consumption, while fluorocarbon refrigerants contribute over one billion tons of CO₂-equivalent greenhouse gases annually, accelerating polar ice cap melting. Innovations such as photovoltaic direct drive, R32/R290 refrigerants with low global warming potential, and AI-powered energy consumption forecasting are breaking efficiency barriers while reshaping the industry's value chain from R&D to service. This transformation, driven by both the need to limit damaging the planet and technological innovation, is pushing the air conditioning industry toward a zero-carbon intelligent ecosystem.

To address these challenges, TCL AC has assembled a team of over a thousand R&D experts, leading to the development of nine globally-leading technologies: Smart Fresh Air Technology for Deep Sleep Optimization, AI Energy-Saving Technology, High-Efficiency Quiet Operation Fresh Air Technology, Energy-Saving Heat Pump Technology, High-Volume Fresh Air Low-Noise Technology, Compact High-efficiency Inverter Control Technology, Smart Gentle Breeze Technology, Strong Cooling in High Ambient Temperature Technology, and All-condition Operation Energy-saving Smart Control Technology. Recognizing the global demand for energy-efficient air conditioners, TCL has secured over 15 patents related to energy-saving technology. As the pioneer of integrating AI energy-saving technology into air conditioners, TCL AC remains committed to accelerating market adoption, ensuring that its innovative breakthroughs benefit consumers worldwide.

TCL AC has launched the world's first AI energy-saving technology, integrating dynamic temperature domain algorithms, intelligent data systems, and dual-engine synergy technology to precisely regulate temperature fluctuations, optimize operational efficiency in real-time, and adapt to various buildings and climate conditions. By breaking through traditional energy efficiency boundaries, TCL AC leverages smart technology to support global carbon neutrality goals and uphold its own company commitment to green and sustainable development.

Backed by nine globally-leading technologies, TCL AC continues to introduce a new generation of air conditioners. For global consumers prioritizing energy efficiency, today's advanced AC units must deliver savings not just through hardware improvements but also through smart algorithms - an area where TCL's latest innovations have achieved remarkable breakthroughs.

The latest T-AI energy-saving technology by TCL AC, centered on intelligent sensing plus precise regulation, redefines smart energy efficiency standards. This technology utilizes high-precision temperature sensors to detect subtle indoor environmental changes in real-time, employing an advanced AI-driven big data model to construct dynamic environmental profiles based on vast temperature and humidity data. Additionally, the T-AI’s embedded AI chip leverages deep learning algorithms to predict user needs, dynamically adjusting compressor frequency to prevent unnecessary high energy consumption. Through multi-dimensional intelligent coordination, it maintains optimal comfort while eliminating excessive cooling and dehumidification, reducing energy waste.

Certified by the internationally recognized SGS testing authority, TCL AC demonstrates a remarkable energy-saving rate of up to 37%+ when operating in AI ECO Mode for three hours, setting a new benchmark in the industry. This groundbreaking technology will be integrated across TCL's global product lineup, reinforcing the company's commitment to carbon reduction strategies and sustainable business practices.

Faced with the IEA’s warning about the 20% energy consumption black hole in buildings and the pressures of high household electricity costs and carbon emissions, TCL AC has pioneered a closed-loop AI energy-saving ecosystem. Industry analysts emphasize that "TCL AC’s continuous breakthroughs in AI algorithms signify not just a technological revolution, but a fundamental restructuring of business logic." By embedding highly intelligent AI chips into compressor control systems, TCL AC achieves millisecond-level decision cycles from environmental sensing and demand prediction to dynamic frequency modulation. With a proven energy-saving rate of up to 37%+, TCL AC is reshaping global energy efficiency standards.