Energy storage water cooling plate spraying

What is spray cooling system configuration?

A comprehensive system configuration is crucial to the spray cooling performance in practical application. According to the spray mode and system flow organization, spray cooling systems are classified into different types. According to the coolant supply mode, spray cooling is divided into continuous and intermittent spray cooling.

What is water spray cooling?

Water spray cooling is an important technology which has been used in a variety of engineering applications for cooling of materials from high-temperature nominally up to 900°C, especially in steelmaking processes and heat treatment in hot metals.

Is spray cooling a promising technology for server electronics?

Kheirabadi presented heat transfer and flow characteristics of spray cooling system for server electronics. Above comparison researches suggested spray cooling to be one of the most promising cooling technologies. Several researches fully devoted to spray cooling review.

What is spray cooling system design for electronic industry?

Thus, future spray cooling system design for electronic industry should focus on developing high performance coolants, improving cooling system integration as well as the reducing the package thermal resistance. Spray cooling system for energy industry could improve energy conversion efficiency, power density, and water savings.

Why should a water spray cooling system for electronics be packaged?

However, to avoid the short-circuit caused by water leakage and the direct contact of water and electronic components, the water spray cooling system for electronics should be packaged, which will increase the thermal resistance, weight and volume of the cooling system.

Can spray cooling be used in electronic and energy industries?

Advances of spray cooling in electronic and energy industries are summarized. Heat transfer modes and cooling performance optimization strategies are introduced. System configurations, nozzle arrangements and practical concerns are summarized. Challenges and possible solutions to facilitate spray cooling technology are discussed.