Parker Precision System

Additional Details

We offer Parker Precision System to meet the need for greater heat dissipation in high ambient environments. Parker offers Two-Phase Evaporative Liquid Cooling is "mission-critical". The range has standard containers for grid energy storage for wind and solar farms, constructed as per customer requirements for infield battery and power conversion. Perfect for industrial , renewable energy and even data center applications, Parker's patented 2-phase "evaporative" precision cooling systems can upsurge the power output for high power systems by up to 40%. Further, the competent cooling system can escalate electronics density by 2X or more, or simply reduce existing packaging size.

Features:

• Parker's two-phase evaporative cooling system uses a refrigerant that is non-corrosive and nonconductive to cool electronics in a closed-loop, highly efficient system that is fully modular, as well as lighter, safer and more reliable than traditional thermal systems.
• The system uses a small pump to deliver just enough coolant to the evaporator -usually a series of one or more cold plates optimized to acquire the heat from the device being cooled.
• The two-phase coolant vaporizes to maintain a cool uniform temperature on the surface of the device.
• The vaporized coolant is pumped to a heat exchanger, where it rejects heat to the ambient, and condenses back into a liquid, completing the cycle.

Benefits :

• Smaller, lighter, safer and more reliable than traditional cooling systems
• 2-4 times better heat transfer
• Evaporative cooling system is Isothermal - The system dynamically optimizes to heat load
• 40% increase in electronics throughput
• Enables up to 2X the power density in the same space
• Uses 80% less liquid, which means less weight. and less space
• 85% reduced energy consumption for cooling
• Modular & Scalable
• No altitude or hot climate de-rating necessary

Applications

• Renewable Energy
• Grid Energy Storage
• Data Centers
• HE Industrial Vehicles
• Military Ground Vehicle applications.