About this Research Topic
The field of sustainable building practices has gained significant traction in response to the escalating global commitment to environmental stewardship and energy conservation. As societies grapple with the imperative to reduce carbon footprints, the built environment emerges as a pivotal arena for transformative change. Within this context, the interrelation between energy efficiency and Indoor Environmental Quality (IEQ) stands out as a critical juncture.
Conventional heating, ventilation, and air conditioning (HVAC) systems, while foundational, often fall short in achieving an optimal balance between energy conservation and occupant well-being. This shortfall prompts a paradigm shift toward Energy-Efficient Intelligent Systems—integrating advanced technologies like smart sensors, machine learning, and adaptive controls. This Research Topic aims to delve into the complexities of this transition, exploring methodologies, key components, and targeted benefits.
The proposal acknowledges the need for a holistic approach that not only minimizes environmental impact but also prioritizes the health and productivity of building occupants. By contextualizing this research within the broader narrative of sustainable architecture, the goal is to propel the architecture and engineering communities towards a future characterized by resilient, energy-conscious, and health-supportive built environments.
The goal of this Research Topic is to address the pressing challenges in the built environment of sustainable smart cities and enhancing the understanding of the intricate interplay between energy efficiency and Indoor Environmental Quality (IEQ). The contemporary pursuit of sustainable and environmentally conscious building practices demands a transformative approach to manage the delicate equilibrium between energy consumption and optimal IEQ. The identified problem lies in the limitations of traditional HVAC systems, often falling short in achieving this balance. To overcome this challenge, the goal is to explore and promote the deployment of Energy-Efficient Intelligent Systems but without degrading IEQ.
By leveraging cutting-edge technologies such as smart sensors, machine learning algorithms, and adaptive control systems, the goal is to orchestrate a harmonious coexistence between energy conservation and superior IEQ management. This initiative aims to prioritize not only minimal environmental impact but also the well-being and productivity of occupants. The envisioned outcome is a more resilient, energy-conscious, and health-supportive built environment. Through comprehensive exploration of methodologies, key components, and targeted benefits, this Research Topic aspires to propel the architecture and engineering communities towards innovative solutions and sustainable practices in building management.
Conventional heating, ventilation, and air conditioning (HVAC) systems, while foundational, often fall short in achieving an optimal balance between energy conservation and occupant well-being. This shortfall prompts a paradigm shift toward Energy-Efficient Intelligent Systems—integrating advanced technologies like smart sensors, machine learning, and adaptive controls. This Research Topic aims to delve into the complexities of this transition, exploring methodologies, key components, and targeted benefits.
The proposal acknowledges the need for a holistic approach that not only minimizes environmental impact but also prioritizes the health and productivity of building occupants. By contextualizing this research within the broader narrative of sustainable architecture, the goal is to propel the architecture and engineering communities towards a future characterized by resilient, energy-conscious, and health-supportive built environments.
The goal of this Research Topic is to address the pressing challenges in the built environment of sustainable smart cities and enhancing the understanding of the intricate interplay between energy efficiency and Indoor Environmental Quality (IEQ). The contemporary pursuit of sustainable and environmentally conscious building practices demands a transformative approach to manage the delicate equilibrium between energy consumption and optimal IEQ. The identified problem lies in the limitations of traditional HVAC systems, often falling short in achieving this balance. To overcome this challenge, the goal is to explore and promote the deployment of Energy-Efficient Intelligent Systems but without degrading IEQ.
By leveraging cutting-edge technologies such as smart sensors, machine learning algorithms, and adaptive control systems, the goal is to orchestrate a harmonious coexistence between energy conservation and superior IEQ management. This initiative aims to prioritize not only minimal environmental impact but also the well-being and productivity of occupants. The envisioned outcome is a more resilient, energy-conscious, and health-supportive built environment. Through comprehensive exploration of methodologies, key components, and targeted benefits, this Research Topic aspires to propel the architecture and engineering communities towards innovative solutions and sustainable practices in building management.
Keywords: Energy efficiency in buildings. Demand response. Intelligent lighting and acoustics. Post occupancy evaluation. Building management. Occupant comfort and productivity
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