This heat pump uses eco-friendly CO₂ refrigerant to make hot water up to 90°C for factories and buildings. Its stainless-steel body lasts long in tough conditions, while saving 78% energy compared to electric heaters. Works even at -35°C, perfect for cold areas and high-temperature needs like dyeing or cleaning.
The characteristics of our carbon dioxide heat pump products are as follows:
Environmental characteristics:
Due to its zero ozone depletion potential (ODP) and low global warming potential (GWP) of 1, as well as carbon dioxide (CO ₂), natural refrigerants have much lower environmental impact compared to traditional refrigerants such as R410A, which have a global warming potential of up to 2080. Its extremely low environmental load makes it the preferred alternative technology for green initiatives in the refrigeration and heating industries.
Efficient and energy-saving:
Thanks to the transcritical cycle technology, the energy efficiency ratio (COP) of carbon dioxide heat pumps exceeds 4.0 under standard operating conditions. Even at low temperatures, its heating efficiency exhibits a low decay rate, demonstrating significant energy-saving performance. Compared with traditional heating equipment, the energy-saving efficiency of carbon dioxide heat pumps has increased by more than 50%, significantly improving the overall energy efficiency of the system.
High temperature heating property:
Carbon dioxide heat pumps can stably produce high-temperature hot water above 90 ℃, fully meeting the high-temperature process requirements of industrial applications such as food processing and electroplating. Its heating terminal is compatible with various forms such as radiators, floor radiant heating, and fan coil units, with high adaptability and flexibility, and can cover a wide range of application scenarios.
Strong adaptability to low temperature conditions:
The carbon dioxide heat pump is designed specifically for extremely cold climates, capable of starting and operating at extremely low temperatures of -45 ℃, and continuously supplying stable high-temperature hot water when the ambient temperature drops to -35 ℃. It is the perfect solution for heating and hot water supply in cold regions, ensuring long-term reliable operation under adverse weather conditions.
Our product is suitable for various scenarios. Below are some examples to introduce to you.
Industrial waste heat utilization and process heating:
In industrial sectors like petrochemicals, food processing, and pharmaceuticals, carbon dioxide heat pump technology plays a crucial role. It enables the recovery of waste heat resources, process heating, and steam production. Through efficient thermal energy conversion, this technology substantially enhances industrial energy utilization efficiency, facilitating enterprises' efforts in energy conservation, emission reduction, and the development of a circular economy.
Agricultural application and production optimization:
In agriculture, carbon dioxide heat pumps are suitable for scenarios such as greenhouse constant temperature heating and low-temperature drying of agricultural products. By accurately controlling the temperature and humidity environment, it promotes the optimization of the crop growth cycle, boosts the yield and quality of agricultural products, and offers green energy solutions for modern agriculture.
Integration of regional heating and energy systems:
The carbon dioxide heat pump system can be incorporated into urban centralized heating networks, energy stations, and comprehensive energy services. It realizes multi-energy complementarity and energy cascade utilization. With its flexible energy allocation ability, it contributes to improving the efficiency of regional heating and advancing the low-carbon transformation of the energy system.
