Jiangsu Imposol New Energy Co., Ltd. is a comprehensive high-tech enterprise integrating R&D, manufacturing and sales of new energy products such as air to water heat pumps and solar thermal products; It is a supplier of energy-saving solutions such as hot water, heating and cooling in various fields around the world. We are Wholesale Heat Pump Hot Water Storage Buffer Tank Factory and China Heat Pump Hot Water Storage Buffer Tank Manufacturers.
Since its establishment in 2007, the company has successively passed ISO9001, ISO14001, OHOSAS18001, SGS, TUV and other certifications. AND OBTAINED SRCCC, KEYMARKET, GSC AND OTHER CERTIFICATES; The full range of air to water heat pump products has passed the 3C compulsory certification at one time, and Imposol is also a gold supplier of major international e-commerce platforms such as Alibaba, Made in China, and Global Market.
At present, Imposol New Energy has formed a production integration of "product development, manufacturing and inspection"; "Air source heat pump, pressurized water tank, solar multi-energy complementary" supply integration; "Project consulting, site survey, scheme design, product supply, construction guidance and other solutions" service integration "three-dimensional integration" enterprise ecosystem. With the product concept of "quality creates the future" and the service concept of "warm your attitude with my temperature", we provide greater value-added space for partners; Create higher use value and better service experience for end users!
As a "supplier of energy-saving solutions for hot water, heating and cooling", Imposol New Energy has always been adhering to the enterprise spirit of "integrity, dream, inheritance, innovation, teamwork, and value". Committed to promoting the development and application of "air source heat pump technology and solar thermal utilization technology"; With the cooperation concept of "one heart and one virtue and common development", we cooperate and innovate with outstanding enterprises, organizations and individuals around the world, build a clean and energy-saving earth home, and promote the continuous progress and development of energy-saving and environmental protection technologies.
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In the rapid development of new energy technologies, buffer tanks, as an important auxiliary equipment, play an indispensable role in hot water, heating, refrigeration and other systems. Jiangsu Imposol New Energy Co., Ltd., as a leading enterprise in new energy technologies such as air energy heat pumps and solar thermal utilization, has a deep understanding and practice of the research and development and application of buffer tanks. This article will elaborate on the basic principles, classification, application and importance of buffer tanks in the field of new energy.
Buffer tanks, also known as buffer tanks, are mainly used in various systems to buffer the pressure fluctuations of the system and make the system work more smoothly. Its working principle is based on the compressed air in the compression tank to achieve the buffering effect. When the pressure in the system fluctuates, the air bag or diaphragm in the buffer tank will automatically expand or contract, thereby absorbing or releasing the pressure to ensure the stability of the pressure in the system. This mechanism effectively avoids equipment damage and performance degradation caused by pressure fluctuations.
Buffer tanks are mainly divided into direct contact type and diaphragm type according to their different structures and functions.
Direct contact buffer tank: also known as normal pressure buffer tank, filled with normal pressure gas (usually air), the gas is in direct contact with the transported liquid. This buffer tank has a simple structure, but there is a problem of gas dissolving in the liquid, and gas needs to be replenished regularly.
Diaphragm buffer tank: The gas and liquid are completely separated by a diaphragm, and a certain pressure of gas (such as air or nitrogen) needs to be pre-filled when working. This buffer tank is small in size, and the gas and liquid are not in contact, which can effectively ensure the stability of the properties of the transported liquid and has a longer service life. Diaphragm buffer tanks can be divided into single diaphragm type and double diaphragm type, and the appropriate material and structure are selected according to different application scenarios.
In the business scope of Jiangsu Imposol New Energy Co., Ltd., buffer tanks are widely used in hot water, heating, refrigeration and other systems, especially in air energy heat pumps and solar thermal utilization systems.
Air energy heat pump system: In the air energy heat pump system, the buffer tank is mainly used to balance the water flow and pressure fluctuations of the system. When the heat pump unit is working, the water flow and pressure in the system will change. The buffer tank ensures the stable operation of the system through its buffering effect, reduces the frequent start and stop of the water pump, and improves the energy efficiency and life of the system.
Solar thermal utilization system: In the solar water heating system, the buffer tank also plays a key role. Solar collectors produce a lot of hot water when there is sufficient sunlight, but water demand often fluctuates. Buffer tanks can store excess hot water and release it during peak water use periods to ensure continuous hot water supply and stable operation of the system.
Variable frequency water supply system: In a variable frequency water supply system, the buffer tank can reduce pressure fluctuations in the system and improve the stability of the water supply pressure. At the same time, through its automatic expansion and contraction function, the buffer tank can also reduce the occurrence of water hammer to a certain extent and protect the safety of system equipment and pipelines.
The application of buffer tanks in the field of new energy has significant advantages. First, it can effectively improve the stability and reliability of the system and reduce equipment damage and performance degradation caused by pressure fluctuations. Secondly, the buffer tank can reduce the energy consumption and operating costs of the system by reducing the frequent start and stop of the water pump and reducing the pressure loss of the system.
With the continuous development of new energy technologies and the continuous expansion of application fields, the demand for buffer tanks will continue to grow. In the future, the research and development of buffer tanks will pay more attention to the development of high efficiency, energy saving, environmental protection and intelligence. For example, by optimizing the structure and materials of the buffer tank, its corrosion resistance and service life can be improved; by introducing an intelligent control system, remote monitoring and automatic adjustment of the buffer tank can be achieved.