International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
360 cooler cum Heater Chaitanya Arvind Tiwari1, Omkar Rajendra Borade2, Balaji Sudheer Athanikal3, Anvaya Sagar Dogra4, Nikhil Chakor5 , Prof. Sandeep Supalkar6 , Mrs. Nehal Muchhala6 1 Student, Diploma in Mechanical Engineering, Thakur Polytechnic, Kandivali, Maharashtra, India 2 Student, Diploma in Mechanical Engineering, Thakur Polytechnic, Kandivali, Maharashtra, India 3 Student, Diploma in Mechanical Engineering, Thakur Polytechnic, Kandivali, Maharashtra, India
4 Student, Diploma in Mechanical Engineering, Thakur Polytechnic, Kandivali, Maharashtra, India 5 Student, Diploma in Mechanical Engineering, Thakur Polytechnic, Kandivali, Maharashtra, India
6 Lecturer, Diploma in Mechanical Engineering, Thakur Polytechnic, Kandivali, Maharashtra, India
7Head of department in mechanical engineering, Diploma in Mechanical Engineering, Thakur Polytechnic,
Kandivali, Maharashtra , Inndia ---------------------------------------------------------------------***--------------------------------------------------------------------Abstract - The 360° air cooler and heater is an 1.1 Problem Statement energy-efficient device designed to cool or heat air as In response to the prevalent power crisis and the needed, addressing the growing concern of escalating importance of energy conservation, a project is energy consumption and its impact on future proposed to design, develop, and fabricate a 360˚ air generations. Unlike conventional air conditioning cooler cum heater. This innovative device aims to systems which contribute to global warming through minimize operational and overall costs. While Chloro-Flouro Carbon emissions, the 360° air cooler traditional coolers are effective only during summer, and heater operates by extracting latent heat of this device will offer heating capabilities for winter and vaporization from air, reducing temperature and monsoon seasons, maximizing its utilization throughout increasing humidity. This device is more efficient than the year. The 360˚ design ensures uniform heating or traditional AC units, consuming significantly less cooling, allowing people to sit comfortably in any electricity and emitting less heat. Additionally, it direction. This approach addresses energy conservation effectively cools air from all directions using chilled needs while enhancing user comfort in various weather water, making it suitable for various climates. During conditions. winter, its efficiency remains high even in high humidity conditions, thanks to the incorporation of a 1.2 Objective heater coil, providing warmth when needed. Key Words: Chamber, Exhaust fan, Heating coil, KhusGrass, Pump.
1. Develop a cost-effective, eco-friendly evaporative air conditioning system for hot, dry regions. 2. Save water and electricity by using a single cooler for multiple rooms in a home. 3. Design a cooler with 360° directional airflow. 4. Create a versatile cooler that provides both cool and hot air for year-round use
1. INTRODUCTION The evaporating air water cooler r is one of the earliest strategies employed by one for conditioning premises. It may be a process of adiabatic saturation of air when a spray of is made in 360 direction by the pump air is passed in all directions , initial cost of such a system is low & the operation is simple and cheap .Simple 360 evaporative cooling is achieved by direct contact of water particles and moving air stream .The minimum outdoor temperature required for successful 360 evaporation cooling is about 35 degree C . All though the 360 evaporative cooling does not perform all the function of true air conditioning but it provides consolation by sifting & circulation cooled discuss. © 2024, IRJET
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1.3. Working Principle The process begins by activating the pump to draw water from the bottom tank, which is then directed onto stationary pads located behind two side doors via delivery pipes. Subsequently, the exhaust fan initiates, drawing atmospheric air through the wet pads. Cooling occurs as the air comes into direct contact with water particles. This process, known as complete contact cooling, saturates the air at its wet-bulb temperature, transferring sensible heat to water as latent heat. With time, the air becomes sufficiently cooled through
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