That is called "heat energy".
Evaporation is due to the kinetic energy of molecules; melting is due to the absorption of thermal energy.
A clothes dryer typically emits thermal energy in the form of heat as it dries the clothes. This heat energy helps to evaporate the water from the damp clothes, resulting in them becoming dry.
Kinetic. It's all kinetic (thermal heat energy is actually a form of kinetic energy applied at the molecular level.)
Applying heat energy to water will help it evaporate and become vapor. The heat causes the water molecules to gain enough energy to overcome the intermolecular forces that hold them together in liquid form.
A refrigerator is a "heat pump." That is, it pumps heat out of a cold area (inside) to a warm area (the room). Thus, when working at its best, a refrigerator is a heater. However, the laws of thermodynamics assures us that it will always use more energy than it puts to work, so that extra energy will also heat the room. That is why your air conditioner (another kind of heat pump) is outdoors: if it were indoors, it would heat the room it was trying to cool!
Nowadays, most refrigerators use electrical energy.
thermal
A refrigerator typically operates using electrical energy. The electricity powers the compressor and other components to cool the interior, keeping food fresh.
Nowadays, refrigerators are normally designed to use electrical energy.
Heat and radiant energy
Chemical energy is converted into heat energy.Chemical energy is converted into heat energy.Chemical energy is converted into heat energy.Chemical energy is converted into heat energy.
Light energy and heat energy