Liquid cooling energy storage dehumidification

How can a cooled dehumidification unit improve the performance of a system?

Two liquid desiccants can also be mixed in suitable proportions to obtain a more cost-effective and efficient liquid desiccant. Internally cooled dehumidification units help to reduce the heat discharge and allow lower flow rates, which can improve the performance of the system.

How can liquid desiccant dehumidification and air conditioning systems improve performance?

Many studies have been conducted to improve the overall performance of the DAC system, improve system configuration and optimization by integrating various energy technologies system design and control. This article introduces a literature review of the latest research progress on liquid desiccant dehumidification and air conditioning systems.

How is dehumidified air cooled?

After dehumidification, if further sensible cooling is needed, it is obtained by passing the dehumidified air through evaporative cooling, vapor-compression, or any other cooling system. TABLE 3. Vapor pressure for different LD at a different temperature 27 Desiccants are primarily of two types: solid and liquid.

Does the LD dehumidification system integrate with an evaporative cooling technology?

The focus of this research is to address recent studies on the LD dehumidification system integrated with an evaporative cooling technology, which is outlined below. The DEC is used with the dehumidifier for improving the performance of the dehumidification system.

What is deep dehumidification technology?

The review focuses on the deep dehumidification technology, which encompasses air compression dehumidification, liquid desiccant dehumidification, solid desiccant dehumidification, membrane dehumidification, and coupled dehumidification, with an emphasis on materials, components, and systems flow.

Can a solar cooling system dehumidify air using a liquid desiccant?

The system dehumidifies air using a liquid desiccant and can store solar energy. The Queen’s University Solar Liquid Desiccant Cooling Demonstration Project was evaluated, which provides 9.2–17.2 kW of cooling power with a thermal Coefficient of Performance (COP) of 0.40 and an electrical COP of 2.40.