Our Technology

Centrifugal Innovation: Appollo Wind Technologies' Breakthrough in HVAC Efficiency

Leveraging years of rigorous research and development, Appollo Wind Technologies has pioneered an HVAC system that harnesses the power of centrifugal force for the compression and decompression of refrigerants. This innovative approach results in a remarkable 30% efficiency boost compared to the prevalent standard split systems.

Redefining Efficiency: Appollo's Leap Beyond Standard SEER Ratings in HVAC

The HVAC industry uses the Seasonal Energy Efficiency Ratio (SEER) as the benchmark to gauge system efficiency. A system is deemed efficient with a SEER rating of at least 14, whereas the pinnacle for standard split systems is 18 SEER. With our patented technology, Appollo can effortlessly achieve mechanical SEER ratings in the upper 20s.

Revolutionizing HVAC: Appollo's Fusion of Durability, Efficiency & Environmental Foresight

Beyond just energy savings, our technology offers multiple competitive advantages. By eliminating the traditionally used copper coils, which are prone to leaks, we ensure reduced maintenance. Moreover, our utilization of aluminum offers a weight reduction of a minimum of 20%, establishing it as a superior, lightweight alternative. Our system’s capability to withstand high pressures, combined with the centrifugal force application, facilitates compatibility with all available refrigerants in the market. This adaptability paves the way for remarkable environmental advantages.

Energy Cost Savings
of Up to


Or More

SEER Ratings
up to in the high


Or More

Total Patents


1 Pending

Centrifugal Compression

Utilizes the power of centrifugal force for the efficient compression and decompression of refrigerants.

Enhanced Efficiency

Achieves a 30% higher efficiency compared to standard split systems.

Superior SEER Ratings

With our patented technology, the unit can achieve mechanical SEER ratings in the 20s, surpassing the industry standard of 14-18 SEER.

Eco-friendly Refrigerant Compatibility

The system's design allows compatibility with all available refrigerants, promoting environmental sustainability.

Lightweight Aluminum Design

Eliminates the traditional copper coils, resulting in at least 20% weight savings and reduced maintenance needs.

Reduced Maintenance

The absence of leak-prone copper coils ensures longevity and minimal maintenance requirements.

High-Pressure Tolerance

Designed to handle high pressures, enhancing its adaptability and performance.

Environmental Impact

The unit's efficiency and refrigerant compatibility offer significant environmental benefits, reducing the carbon footprint.


The enhanced efficiency ensures a reduced strain on electrical grids, supporting stable energy consumption patterns.

The Appollo unit

Currently in the assembly phase for testing, represents more than just a lucrative investment opportunity. It holds the potential to reshape our world. With predictions indicating a tripling of energy demand from air conditioners by 2050, the escalating global need for cooling solutions emerges as a pressing concern. Enhanced access to cooling is pivotal not only for boosting economic productivity but also as a public health imperative, especially for developing nations. Moreover, the augmented reliance on air conditioning threatens to strain electrical grids and exacerbate environmental concerns. It’s evident that the timely introduction of Appollo’s innovations to the market is not just beneficial—it’s imperative.