Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
A SYSTEM AND A METHOD FOR A 24X7 SOLAR THERMAL-BASED ATMOSPHERIC WATER GENERATOR USING DESICCANTS
The present invention relates to a field of atmospheric water generator systems and more particularly to an atmospheric water generator system (100) comprising: a solar heat unit (110) configured to receive solar radiation during solar hours and convert the received solar radiation (300) into heat, a thermal storage unit (120) configured to receive the heat from the solar heat unit (110) during solar hours and store the received heat, a desiccant unit (130) comprising a desiccant material (131), and configured to receive the heat from the thermal storage unit (120) or the solar heat unit (110), wherein the desiccant unit (130) is configured to undergo an adsorption mode (150) to adsorb air from the atmosphere and a desorption mode (160) to recover water vapor from the desiccant material (131) and a condenser unit (140) configured to receive and facilitate condensation of water vapor and generate fresh water (205) and wherein the solar heat unit (110) and the desiccant unit (130) are in fluidic communication with each other.
A SYSTEM AND A METHOD FOR A 24X7 SOLAR THERMAL-BASED ATMOSPHERIC WATER GENERATOR USING DESICCANTS
The present invention relates to a field of atmospheric water generator systems and more particularly to an atmospheric water generator system (100) comprising: a solar heat unit (110) configured to receive solar radiation during solar hours and convert the received solar radiation (300) into heat, a thermal storage unit (120) configured to receive the heat from the solar heat unit (110) during solar hours and store the received heat, a desiccant unit (130) comprising a desiccant material (131), and configured to receive the heat from the thermal storage unit (120) or the solar heat unit (110), wherein the desiccant unit (130) is configured to undergo an adsorption mode (150) to adsorb air from the atmosphere and a desorption mode (160) to recover water vapor from the desiccant material (131) and a condenser unit (140) configured to receive and facilitate condensation of water vapor and generate fresh water (205) and wherein the solar heat unit (110) and the desiccant unit (130) are in fluidic communication with each other.
A SYSTEM AND A METHOD FOR A 24X7 SOLAR THERMAL-BASED ATMOSPHERIC WATER GENERATOR USING DESICCANTS
BALAKRISHNAN GOVINDA BALAJI (Autor:in) / GARG PARDEEP (Autor:in) / SHRIVASTAV SWAPNIL SANGEET (Autor:in) / RAJA VENKATESH (Autor:in)
30.11.2023
Patent
Elektronische Ressource
Englisch
A SYSTEM AND A METHOD FOR A 24X7 SOLAR THERMAL-BASED ATMOSPHERIC WATER GENERATOR USING DESICCANTS
| Europäisches Patentamt | 2022
A SYSTEM AND A METHOD FOR A 24X7 SOLAR THERMAL-BASED ATMOSPHERIC WATER GENERATOR USING DESICCANTS
| Europäisches Patentamt | 2024
A SYSTEM AND A METHOD FOR A 24X7 SOLAR THERMAL-BASED ATMOSPHERIC WATER GENERATOR USING DESICCANTS
| Europäisches Patentamt | 2024
Converting Traditional Water Supply Network Into 24x7, using Water GEMS to Optimize Design
| BASE | 2021
Desiccants and Dehumidification
British Library Online Contents | 2000