EPA announced the final rule bans HFCs in certain new equipment and sets a limit on the GWP of 700 for air conditioning and heat pumps, with compliance dates ranging from 2025 to 2028.
Our EXINDA R32 air to water heat pump with GWP 675 that meet EPA rules is a one-stop solution for heating, cooling, and hot water needs. Passing UL-60335-2-40 certificate and AHRI 550/590 ready for the market.
US main domain with air-to-air heat pumps, the heat pump most as heating/cooling function. The hot water system with gas boiler, oil boiler mainly.
To achieve a low-carbon green future, there is several States such as California and New York will have GWP and EPA limits for new HVAC equipment.
Trends to air-to-water heat pump is an all-in-one system combined with heating, cooling, and hot water. This means just installing one heat pump, there is no need air conditioner/heating system/boiler.
There is a lack of well-trained workers in the market. People feel fear of new products and want to keep to the equipment they are familiar with any sort of easy installation is going to be key.
EXINDA heat pumps are designed for practical hydronic installation and project-specific component selection.
Exinda provides technical support for installation training /maintenance and the engineering team will go abroad 2-3 times per year. Also, we plan to build service centers abroad to better help our customers provide after-sales service. OEM/ODM Customization support for any heating/cooling solution.
As per our experience in the North American market, traditional systems can be complex and expensive to install and maintain, Including boilers, water heaters, water tanks, buffer tanks, circulation pump backup, etc. That purchase from different brands. there are no suppliers that can provide a comprehensive solution to meet this demand. there is a significant opportunity to step in and fill this gap in the market.
Air to water heat pumps are an energy-efficient and cost-effective alternative to traditional heating systems, and they can provide both heating and hot water in one system. Additionally, helps reduce carbon emissions and contributes to a more sustainable future.
