This document describes 3 applications of parallel refrigeration flow that can improve efficiency. Application A decreases frame and piping costs without changing capacity or COP. Application B decreases refrigerant charge while increasing COP and capacity without changing the frame. Application C cuts heat exchanger and compressor costs while increasing COP without changing the frame or capacity.

1. Parrallel flow
3 different way to grow efficency in your
refrigeration system
Application (A)
• Cut the cost of heat exchanger
Decrease frame • Decrease frame and piping cost
&
Not change
Capacity and COP • Decrease refrigerant charge/cost
• We can assembly a system cheaper
and closer

2. Parrallel flow
3 different way to grow efficency in your
refrigeration system
Application (B)
• Cut the cost of heat exchanger
No change frame
&
• Decrease refrigerant charge/cost
Encrease
COP and Capacity
• We can assembly a system with
better € /kW

3. Parrallel flow
3 different way to grow efficency in your
refrigeration system
Application (C)
• Cut the cost of heat exchanger
No change frame
and capacity • Decrease refrigerant charge/cost
and
encrease COP • Cut the cost of compressor
• We can assembly a system with
better COP