Yes refrigerant temperatures and pressures in the cooling mode of a heat pump is the same. They are both in the suction side and the discharge side of the system.
If the refrigerant is not at an optimal level (either too low or too high), the system will have to work harder to produce the same amount of cooling. This results in more electricity being used to get the same amount of cooling.
Air cooled water cooled oil cooled Totally enclosed fan cooled Refrigerant cooled
The reversing valve
Heating, ventilating, air conditioning systems (HVAC) most often use a refrigerant for cooling and a furnace or heat pump for heating. Both heating and cooling are directed through the same ventilation network.
The refrigerant is pumped round the system, one way or the other. The warm side is the high-pressure side on one side of the nozzle.
Extreme pressures and temperatures are typically needed to isolate solid hydrogen. These conditions can be achieved using a diamond anvil cell to apply high pressures or through cooling hydrogen to temperatures close to absolute zero.
The third answer is correct.
Refrigerant absorbs heat in a cooling system by circulating through the system and changing from a liquid to a gas state. As it evaporates, the refrigerant absorbs heat from the surrounding air or water, cooling the area.
Refrigerant are used in refrigerator for cooling and dehumidifying indoor air.
Usually there is no immediate result except for reduction in cooling proficiency. If the system is overcharged it will not cool properly, of course, this depends on how much over charging you are talking about. As more refrigerant is added the system's pressures will increase. At some point these pressures will become excessive and this will result in damage to the system usually over time. An A/C system is designed to run on a specific amount of refrigerant. Any deviation from this will cause less cooling ability.
Refrigerant compaticilty is about suiting the refrigerant to your refrigerant system. Every cooling system has refrigerant in it which depends on the type of system you use. If the refrigerant not matches with your system, it wont work. This is refrigerant compatibility.
For temperatures as low as -80 degrees celsius, a common refrigerant used is liquid nitrogen or a mixture of liquid nitrogen and carbon dioxide. These refrigerants have low boiling points which allow them to maintain such extremely cold temperatures.
No air release. there is a high presure and a low pressure valve, these are used for filling refrigerant, checking pressures, and evacuating the system.
Water cannot be used as a refrigerant in traditional refrigeration systems due to its freezing point and the limited range of temperatures over which it can work effectively. Water is typically used as a heat transfer medium in cooling towers and heat exchangers, but not as a refrigerant in the same way as chemicals like Freon or ammonia.
The substance that absorbs and releases heat in a cooling system is called the refrigerant. When the refrigerant absorbs heat from the surroundings, it evaporates and carries the heat away. When the refrigerant releases the heat, it condenses back into a liquid state, ready to absorb heat again.
as it condenes
The discharge from the power plant cooling tower is full of toxins.