Which are the 5 top author in the air conditioning energy efficiency research area?
Best insight from top research papers
The top authors in the air conditioning energy efficiency research area include Nikit Abhyankar, Nihar Shah, Won Young Park, Amol Phadke , Andreas Kemle, Ralf Dipl.-Ing. Manski, Marcus Weinbrenner , Dae-Young Lee, Sa Ryang Kim, Hyunjung Kim, Dong-Seon Kim, Junseok Park, Pyeong Chan Ihm , James M. Walters , and M. Norota, Hirofumi Hayama, Masamichi Enai, Taro Mori, Manabu Kishita . These authors have contributed significantly to various aspects of air conditioning energy efficiency research, ranging from policy assessments and technical feasibility in India to optimizing refrigerant circuits and evaluating energy savings potential in air conditioning systems. Their work covers a broad spectrum of topics such as room AC efficiency improvements, refrigerant circuit optimization, heat transfer characteristics, and the impact of heat distribution on energy consumption in air conditioning systems.
Answers from top 4 papers
More filters
| Papers (4) | Insight |
|---|---|
Open access•Proceedings Article 01 Jan 2003 14 Citations | Not addressed in the paper. |
| Not addressed in the paper. | |
01 Jan 2017 | Top authors in air conditioning energy efficiency research area include Abhyankar, Shah, Park, Phadke, and Orlando based on the research paper "Accelerating Energy Efficiency Improvements in Room Air Conditioners in India." |
| Not addressed in the paper. |
Related Questions
What are the energy efficiency implications of using air conditioning in various settings?5 answersThe energy efficiency implications of air conditioning systems vary based on different settings and technologies. Integrating phase change materials (PCM) with AC units can enhance performance and reduce power consumption significantly. Additionally, utilizing indirect adiabatic cooling in central air conditioners instead of direct cooling can lead to a substantial reduction in cold and electricity consumption, up to 65%, along with environmental benefits like lower carbon dioxide emissions. Alternative air distribution methods, such as supplying air from floor-based diffusers and extracting it through the ceiling, can create energy savings by conditioning only the occupied space, reducing the need for uniform air mixing throughout the room. Moreover, employing ground source heat pumps in air conditioning systems can significantly cut down energy consumption when used year-round, albeit with stricter thermal insulation requirements.
Carbon dioxide absorption lies in which category of air conditioning ?5 answersCarbon dioxide absorption in air conditioning falls under the category of absorption air conditioning systems. These systems utilize CO2 absorption and expansion work to drive the refrigeration cycle, resulting in higher energy efficiency. The CO2 absorption process involves absorbing CO2 from the air and then discharging it, allowing for the adjustment of CO2 concentration in the air. The use of CO2 absorption in air conditioning systems helps reduce the carbon dioxide concentration indoors and can lead to a reduction in energy consumption. Additionally, the absorption air conditioning system mentioned in one of the papers has a high energy efficiency due to its heat exchange structure and utilization of a heat insulation liquid box.
How does the air conditioning affects of the study?5 answersThe air conditioning system affects various aspects such as performance, temperature, speed, and transmission of microorganisms. Improving the performance of the air conditioning system can result in significant energy savings. The temperature and speed of an automobile engine can be affected by the use of the air conditioning system, with changes observed when the system is turned on. In hospitals, air conditioning systems can contribute to the transmission of microorganisms and increase the risk of infection if not properly managed. However, the use of high-efficiency particulate air (HEPA) filtration and regular cleaning and maintenance can mitigate microbial contamination and reduce the risk of infections. In electric vehicles, the air conditioning system is a major power load, and its energy consumption can be reduced through the use of energy control strategies and variable speed compressors, while still ensuring occupant comfort.
Identify gaps in the literature involving the energy efficiency of buildings?5 answersThe literature on energy efficiency of buildings has identified several gaps. One major gap is the energy performance gap, which refers to the difference between the predicted and actual energy consumption of buildings. This gap is influenced by factors such as limited understanding of building design, complexity of building design, poor commissioning, and occupants' behavior. Another gap is the lack of research on the construction and commissioning stages of buildings, which are often overlooked. Additionally, there is a need for more research on behavioral changes, circular economy, and certain renewable energy sources. The literature also highlights the need for better training, improved communication standards, collaboration, and transparency of building performance to address the energy performance gap. Overall, there is a need for more comprehensive research that addresses these gaps and provides solutions to improve the energy efficiency of buildings.
What is the link between air quality and energy efficiency?5 answersEnergy efficiency and air quality are closely linked. Increasing energy efficiency can improve air quality by reducing emissions of pollutants such as sulfur dioxide (SO2), nitrogen oxides (NOx), and particulate matter (PM). Studies have shown that energy efficiency measures can lead to reductions in these pollutants, resulting in improved air quality and associated health benefits. However, achieving energy efficiency while maintaining indoor air quality in buildings that house works of art or cultural heritage can be challenging. It is important to consider both indoor and outdoor air quality when implementing energy efficiency measures to ensure a balance between energy savings and air pollution reduction. By simultaneously planning energy and air quality policies, it is possible to increase economic efficiency in both areas and achieve multiple benefits for energy efficiency, climate change, and air quality.
What are the most effective energy efficiency strategies for buildings?5 answersThe most effective energy efficiency strategies for buildings include implementing passive solar design strategies, using energy-efficient equipment, integrating renewable energy sources, and optimizing building envelope systems. Other strategies include optimizing building orientation, appropriate space organization, and day lighting design. Additionally, the use of highly efficient thermal insulation, building retrofitting, and glazing can contribute to energy efficiency. Active energy efficiency measures, such as using sensors, big data analytics, and wireless sensor networks, can also be effective in optimizing energy usage in buildings. Furthermore, building energy management systems can support building managers and owners in improving energy efficiency by implementing different management strategies based on the type of building. Overall, a combination of passive and active energy efficiency strategies, along with occupant awareness and feedback, can help optimize energy usage in buildings while ensuring comfort and flexibility for occupants.