Review of Sustainable Cooling Technologies for Buildings

Construction

This paper investigates the field of environmentally friendly cooling systems and how they might be used in business buildings. Understanding these technologies, evaluating their efficacy, and making judgments about their acceptability are the goals. Four major sustainable cooling technologies—green roofs, radiant cooling systems, thermal energy storage, and natural ventilation—are covered in detail in the literature study. Green roofs have cooling properties that counteract the urban heat island effect because they grow flora on building surfaces. Energy-efficient heat removal is achieved via radiant cooling systems through the use of panels or chilled beams. In order to reduce energy consumption, thermal energy storage devices store extra thermal energy during off-peak hours. Natural ventilation techniques lessen reliance on mechanical cooling by utilizing stack effect and cross-ventilation. Environmental effect, financial concerns, and energy efficiency are all taken into account in the study. Green roofs and radiant cooling technologies both show significant energy savings and beneficial environmental consequences. While differing amongst technologies, cost-effectiveness indicates long-term operational savings. Green roofs and radiant cooling systems are environmentally favorable, according to environmental impact evaluations. In summary, the selection of sustainable cooling technology must to be in line with particular building specifications and limitations. Research and innovation in these technologies will probably lead to more eco-friendly and efficient commercial building solutions as global sustainability initiatives pick up steam, resulting in durable and energy-efficient structures for a sustainable future.

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