Jyotin Kateshia
2
Publications
0
Followers
0
Following
0
Questions
About
Dr. Jyotin Kateshia is a seasoned Assistant Professor at the Institute of Advanced Research, Gandhinagar, specializing in Renewable Energy with over 8 years of extensive experience. With a Ph.D. in Renewable Energy, his expertise spans various facets of sustainable energy solutions, including research, teaching, and practical applications. Dr. Kateshia's contributions to academia and industry have been significant, driving advancements in renewable energy technologies and fostering innovation in the field. His commitment to education and research underscores his dedication to addressing global energy challenges and shaping a more sustainable future.
Skills & Expertise
Data Analysis
Forecasting
HVAC Design
Heat Transfer
Solidworks
Mechanical Engineering
Solid Edge
CAD
MathCAD
Labview
SOLIDWORKS
Research Interests
Heat Transfer
Thermodynamics
Refrigeration
Engineering Graphics
Material Science
Connect With Me
Experience
Assistant Professor
Mechanical Engineer
Assistant Professor
Assistant Professor
Education
Nirma University Ahmedabad
Nirma University Ahmedabad
Gujarat Technological University (GTU)
Projects
Experimental Investigations on Solar Still using Phase Change Materials (PCM) and its Performance Prediction using Artificial Neural Network
The Earth's water imbalance, with abundant saline and limited freshwater, demands sustainable desalination. Solar desalination, harnessing renewable energy, produces freshwater from brackish water. Energy storage materials like PCM enhance productivity and energy efficiency, generating 30% more freshwater in solar stills with PCM and pin fins. Seasonal variations using fatty acids show stearic acid outperforming, costing $0.016/L/m2 with a 72-day payback period. Forecasting freshwater productivity using LSTM in solar stills with PCM and pin fins proves highly accurate, outperforming GRU with a 0.98 accuracy. This study advocates eco-friendly fatty acids and advanced forecasting for efficient solar desalination.
Green Cooling: Harnessing Solar Energy for Thermoelectric Refrigeration with Phase Change Materials
This study delves into "Green Cooling," a sustainable approach that leverages solar energy for thermoelectric refrigeration integrated with Phase Change Materials (PCM). Exploring the intersection of renewable energy and cooling technology, the research investigates the potential of harnessing solar power to drive thermoelectric refrigeration systems enhanced by PCM. The utilization of PCM plays a pivotal role in optimizing energy storage and release dynamics. The abstract highlights the innovative synergy between solar energy, thermoelectric cooling, and PCM, emphasizing the eco-friendly and energy-efficient aspects of this approach. This research contributes to advancing environmentally conscious cooling solutions in the pursuit of a greener future.
Conferences & Seminars (2)
Energy and exergy analysis of Solar Still with Phase Change Material (PCM) under the Climatic condition of India
Jyotin Kateshia, Vikas Lakhera, Energy and exergy analysis of Solar Still with Phase Change Material (PCM) under the Climatic condition of India, International Conference on Advances in Water Treatment and Management, PDEU,2023.
CFD Analysis and Position Optimization of Air Circulating Fan Inside a Guarded Hot Box
“CFD Analysis and Position Optimization of Air Circulating Fan Inside a Guarded Hot Box”. 5th International Conference on FMFP held At Indian Institute of Technology, Kanpur,2014.
Publications (2)
Solar desalination is the most promising approach for obtaining clean water from brackish water in an arid area having scarcity of potable water as well as electricity. In the present study, experimen...
The scarcity of potable water due to rapid growth in population, industrialization, and the continuous extraction of groundwater has led to an impending crisis. Researchers have invented numerous tech...
dd