NKHSCMWH

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

NKHSCMWH, or Novel Kilometre-Scale Heat Sharing and Exchange Mechanism with High Efficiency, is an innovative technology, developed to solve the increasing demand for energy, while also taking into consideration the environmental factors. The technology is being used to facilitate the transfer of energy through the application of a large number of transducer units. These transducers convert the external current into effective thermal energy which can be shared with multiple devices or processes.

The application field of the NKHSCMWH technology ranges from industrial production and technological development to residential buildings. The shift from traditional energy sources to this technology has improved efficiency and cost reduction in many environments. Its application in industry has supported the needs of the fabrication works, starting from improving the process accuracy, reducing the waste of material, reducing the energy consumption and also reducing industrial pollution. In residential sectors, the application of the technology has resulted in superior indoor environment, improved comfort level as well as increased energy savings.

The working principle behind the NKHSCMWH technology is quite simple. It involves the transfer of thermal energy from a distant source to the target device or process. The transfer is realized by the presence of mediating units, called transducers, which are placed between the source and the target units. The transducers act like thermal bridges, and thus they can enable the efficient transfer of energy from the source to the target. The transducers also act as regulating agents, so that the amount of energy transferred is in accordance with the amount required by the target device or process. In addition, the transducers amplify the signal that is generated when the source is in proximity to the target, so that the energy transferred is more efficient.

Furthermore, the NKHSCMWH technology not only facilitates the transfer of energy, but also optimises the process of energy utilization. For instance, the transducers can detect the demand of energy for the target device or process and will adjust the amount of energy not to exceed the transfer requirements. This makes the use of the technology much more efficient and helps to reduce energy waste. The technology also helps to reduce the incidence of short circuits, which may occur as a result of excessive energy transfer.

The application of NKHSCMWH technology for energy transfer has proven to be beneficial to both industry and residential sectors. A high degree of efficiency is attained, and the cost involved is much lower than traditional energy sources. Furthermore, the technology helps to minimise energy waste, of which a significant portion is produced as heat. As a result, it makes energy transfer more efficient, while also reducing the amount of waste heat produced in the process.

The specific data is subject to PDF, and the above content is for reference