Solar Power using with Effective Air Cooler

Solar Power using with Effective Air Cooler

Author Name : Senma Ghanshyam V, Hardik B. Patel

ABSTRACT Fans, dehumidifiers, air conditioners, and evaporative coolers are the current air cooling techniques. But electricity is required to power these devices. The end cause of hot, muggy weather, or global warming, is the production of electricity. The desire to be at ease and relaxed in hot and muggy weather has become one ofminimal needs, and as a result, the use of refrigeration and air conditioning devices has grown significantly. The prolonged power outages and high product costs make these systems unsuitable for communities most of the time.Solar-cooling systems in villages would have a lot of appealing qualities, and solar power systems are seen to be one route towards more sustainable energy systems. Large latent loads can be served effectively by this technologyand, by permitting more ventilation while strictly regulating humidity, significantly enhance interior air quality. Peak electricity consumption is rising despite improved performance and mandated energy efficiency standards, and there isn't yet a widely used solar air cooling system that is appropriate for residential use, particularly in villages, schools, and workplaces.A solar-powered cooler operates differently from a conventional chiller. Through the process of photovoltaic effect, solar energy is converted into electrical energy and stored in batteries. The solar cooler power source is connected to this battery in turn.The centrifugal fan is then operated by the converted energy. This fan has cooling pads covering it, and water is passed at a certain pace. Cool air enters the room as a result of heat transfer between the air and the water as the blower draws heated air through cooling pads. It eliminates the need for ongoing maintenance or pump purchases, as well as the need for seasonal servicing. The idea of a solar-powered air chiller seems practical and cost-effective.