Multi-evaporation cooling system, comprising: at least one compression arrangement capable of operating with at least two distinct evaporation lines (Levap 1, Levap 2); wherein the first evaporation line (Levap 1) is comprised by at least one first expansion device, at least one first evaporator and at least one first intermediate heat exchanger; the second evaporation line (Levap 2) is comprised by at least one second expansion device, at least one second evaporator and at least one second intermediate heat exchanger; said multi-evaporative cooling system being characterized by the fact that: the first intermediate heat exchanger of the first evaporation line (Levap 1) comprises a first segment of the first expansion device physically disposed in contact with a portion of the second evaporation line (Levap 2), downstream of said second evaporator and upstream of the suction inlet of compression arrangement; the second intermediate heat exchanger of the second evaporation line (Levap 2) comprises a first segment of the second expansion device physically disposed in contact with a portion of the first evaporation line (Levap 1) downstream of said first evaporator and upstream of the suction inlet of compression arrangement; and in that said first segment of the first expansion device in the first intermediate heat exchanger comprises a same capillary tube as a second segment of the first expansion device arranged downstream of said first segment and upstream of said first evaporator; said first segment of the second expansion device in the second intermediate heat exchanger comprises a same capillary tube as a second segment of the second expansion device arranged downstream of said first segment and upstream of said second evaporator. at least one compression arrangement capable of operating with at least two distinct evaporation lines (Levap 1, Levap 2); wherein the first evaporation line (Levap 1) is comprised by at least one first expansion device, at least one first evaporator and at least one first intermediate heat exchanger; the second evaporation line (Levap 2) is comprised by at least one second expansion device, at least one second evaporator and at least one second intermediate heat exchanger; said multi-evaporative cooling system being characterized by the fact that: the first intermediate heat exchanger of the first evaporation line (Levap 1) comprises a first segment of the first expansion device physically disposed in contact with a portion of the second evaporation line (Levap 2), downstream of said second evaporator and upstream of the suction inlet of compression arrangement; the second intermediate heat exchanger of the second evaporation line (Levap 2) comprises a first segment of the second expansion device physically disposed in contact with a portion of the first evaporation line (Levap 1) downstream of said first evaporator and upstream of the suction inlet of compression arrangement; and in that said first segment of the first expansion device in the first intermediate heat exchanger comprises a same capillary tube as a second segment of the first expansion device arranged downstream of said first segment and upstream of said first evaporator; said first segment of the second expansion device in the second intermediate heat exchanger comprises a same capillary tube as a second segment of the second expansion device arranged downstream of said first segment and upstream of said second evaporator. the first intermediate heat exchanger of the first evaporation line (Levap 1) comprises a first segment of the first expansion device physically disposed in contact with a portion of the second evaporation line (Levap 2), downstream of said second evaporator and upstream of the suction inlet of compression arrangement; the second intermediate heat exchanger of the second evaporation line (Levap 2) comprises a first segment of the second expansion device physically disposed in contact with a portion of the first evaporation line (Levap 1) downstream of said first evaporator and upstream of the suction inlet of compression arrangement; and in that said first segment of the first expansion device in the first intermediate heat exchanger comprises a same capillary tube as a second segment of the first expansion device arranged downstream of said first segment and upstream of said first evaporator; said first segment of the second expansion device in the second intermediate heat exchanger comprises a same capillary tube as a second segment of the second expansion device arranged downstream of said first segment and upstream of said second evaporator.