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And it will decrease with the increases of evaporator side air inlet temperature and velocity.
Power inputs to the evaporator side of the pulsating heat pipe varied from 80 to 180 W.
Thus, the reduction of the thermal resistance may be related with the influence of nanofluid on the bubble formation at the evaporator side of the DMHP.
The major thermal resistance occurring at the evaporator side is caused by the vapor bubble formation at the liquid-solid interface.
Moreover, hybrid solar panels must be coupled with a heat pump system at the evaporator side, realizing a photovoltaic solar assisted heat pump (PV-SAHP) plant.
A mechanism analysis guesses that the increase in wettability and entrapment of nanoparticles in the grooves of the surface cause a decrease of the Peclet number in the evaporator side and finally leads to poor thermal performance.
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Numerical examples show that there exists a sole group of optimal heat conductance distribution among hot-, cold-, thermal consumer-, generabsorber-,orber-, condenser- and evaporator-side heat exchangers and an optimal compressor pressure ratio which lead to the maximum profit rate.
The irreversibilities considered in the CCHP plant include heat-resistance losses in the hot-, cold-, thermal consumer-, generabsorber-,orber-, condenser- and evaporator-side heat exchangers as well as non-isentropic losses in the compression and expansion processes.
Heat conductance distribution among hot-, cold-, thermal consumer-, generabsorber-,orber-, condenser- and evaporator-side heat exchangers and compressor pressure ratio are optimized by taking the maximum profit rate as objective.
Some heat pumps, such as the dehumidifier, serve the double purpose of a useful load both on the evaporator and condenser side.
Changes of refrigerant superheat degree and pressure at the outlet of battery side evaporator caused by the decreasing of the battery temperature have great effect on mass flow rate of cabinet branch.
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