ختاما، وفي هذه العملية تبادل الحرار

ختاما، وفي هذه العملية تبادل الحرارة، ما يقرب من نصف الطاقة المنبعثة من المياه الساخنة تم استيعابها من قبل الماء البارد في عملية تدفق العداد، بينما يمكن أشار البعض من الخسارة في الأخطاء البشرية، من الواضح أن الكثير من الطاقة المفقودة في أماكن أخرى ولا تمتصها المياه الباردة بسبب سوء عزل الأنابيب. في حين لم يكن ممكناً عزلة تامة؛ عزل عالية يمكن تحقيقه، وسيكون بالتأكيد تحسين كفاءة هذه الحرارة تبادل الأجهزة.

النتائج (الإنجليزية) 1:

Finally, in this process, heat exchange, nearly half the energy emitted from the hot water was absorbed by the cold water flow meter, while some of the loss in human error, it is clear that a lot of energy is lost in other places and not absorb cold waters due to poor insulation pipes. While it wasn't possible isolation; high isolation can be achieved, it would certainly improve the efficiency of the heat exchange devices.

النتائج (الإنجليزية) 2:

Finally, in the process of heat exchange, nearly half of the energy emitted by the hot water has been absorbed by the cold water at the counter flow process, while can some have suggested the loss of human errors, it is clear that a lot of energy lost in other places not absorbed cold water due to poor pipe insulation. While it was not possible to complete isolation; high isolation can be achieved, and it will certainly improve the efficiency of the heat exchange devices.

النتائج (الإنجليزية) 3:

In conclusion, in this heat exchange process, nearly a half of the energy released from the hot water has been absorbed by the cold water in the flow meter. While the loss of human errors, it is clear that a lot of energy lost in other places and are absorbed by the cold water due to poor insulation pipe. While it was not possible to complete isolation; high insulation can be achieved, it would definitely improve the efficiency of the heat exchange devices.