In the field of air energy, jet enthalpy enhancement technology has become an innovative means to improve the performance of heat pumps. So, what is the difference between air jet enthalpy enhancement and products without jet enthalpy enhancement?
What is Jet Enthalpy Enhancement Technology?
Jet enthalpy enhancement technology is an excellent technique applied in air source heat pumps. Its main principle is to add a jet enthalpy enhancement link in the middle of the compressor, which increases the suction density of the compressor by injecting a small amount of steam, thereby increasing the heating capacity and energy efficiency ratio of the system. The application of this technology effectively improves the performance of air source heat pumps in low-temperature environments.
The difference between air energy jet enthalpy increase and non jet enthalpy increase
Low temperature heating performance: The advantage of jet enthalpy increasing technology is that it improves the heating performance of air source heat pumps in low-temperature environments. Compared to heat pumps without jet enthalpy enhancement, jet enthalpy enhancement heat pumps have better heating effects in low-temperature environments below -20 ℃, and can meet the winter heating needs of cold northern regions.
Energy efficiency ratio: Due to the jet enthalpy increasing technology, the suction density of the compressor is increased, resulting in a higher energy efficiency ratio of the heat pump under the same operating conditions. A heat pump without jet enthalpy increase will have a lower energy efficiency ratio in low-temperature environments, while a jet enthalpy increase heat pump can maintain a higher energy efficiency ratio and save energy consumption.
Anti attenuation: Heat pumps without jet enthalpy enhancement may experience a decline in heating performance during long-term operation, especially in low-temperature environments. The jet enthalpy increasing heat pump, due to the use of jet enthalpy increasing technology, has stronger anti-aging and longer service life.
Application scope: Heat pumps without jet enthalpy enhancement are suitable for southern regions and northern regions where winter temperatures are not very low. Jet enthalpy heat pumps are suitable for use nationwide, especially in the cold northern regions during winter.
How to choose air energy products?
Choose based on regional climate characteristics: If the winter temperature in your area is low, it is recommended to choose a jet enthalpy increasing air source heat pump. On the contrary, if the winter temperature is not very low, a heat pump without jet enthalpy can be chosen.
Considering initial investment and operating costs: Jet enthalpy increasing air source heat pumps have relatively high initial investment due to their advanced technology. But in the long run, it has lower operating costs, higher energy efficiency ratio, and better economic viability.
Pay attention to brand and after-sales service: When choosing air energy products, pay attention to brand strength and after-sales service. Enterprises with strong brand strength have more guaranteed product quality and performance. Comprehensive after-sales service can provide convenience for you during use.
There are certain differences in performance and applicability between products with and without air jet enthalpy enhancement. Consumers should consider various factors comprehensively based on their own needs and regional climate characteristics when choosing air energy products, and make wise choices. Jet enthalpy increasing air energy heat pump brings you a more comfortable heating experience and helps promote green and environmentally friendly living!
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