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- Hello Sir,Good Morning.I have a question in my homework related thermodynamics lesson. The following below is my question. Please advice. Thank you. Regards,Irfan An air conditioning system is used to keep the house at 65°F when the outside temperature is 85°F. The house gets heat through the walls and windows at a rate of 810 Btu/min, and the rate of heat generation inside the house from occupants, lights, and equipment is 120 Btu/min. Determine the minimum power input required for this air conditioning system.Define Heat conduction from warm air to a cold canned drink through the wall of the aluminum can.17.Calculate the number of solar thermal collectors of 2m2 area each, required to design a solar water heater that produce a 1000 kg/day of hot water with temperature of 50oC from a cold water of temperature of 10oC, suppose the specific heat of water is 1.2 Wh/kg. K and the useful heat is 2400 Wh/m2/day:
- Draw the thermal circuit for heat transfer through a double-glazed or a double-paned window. Identify each of the circuit elements. Include solar radiation to the window and interior space.A solar water heating system with a planar collector will be built for a site in the province of Gaziantep. The collectors will be mounted in the south direction at an angle of 41 °. In order to be able to install 100 collectors in 4 strings in the area reserved for this work, the distance between strings should be maximum 2.25 m. How many collector lengths should be chosen at most so that the collectors in the rear row can fully receive the sunlight of the rearmost collectors as of 09.00 at sundown on March 1? (Gaziantep; E=37.1°)Discuss briefly the different types of heat loads which have to be taken into account in order to estimate the total heat load of a large restaurant for summer air conditioning?
- Discuss the concept of real-time thermal monityoring system.4. Data for a flat-plate collector used for heating are given below: Factor Specification Location and latitude Coimbatore 11° 00’ N Day and time 22 March, 14.30 — 15.30 (LST) Average intensity of solar radiaton ...560 W/m? Collector tilt ...26° No. of glass cover B Heat removal factor for collector ...0.82 Transmittance of glass ...0.88 Absorptance of the plate ...0.93 Top loss coefficient (U,) for collector ...7.95 W/m?°C Collector fluid temperature ...75°C Ambient tempeature ...25°C Calculate: (i) Solar attitude angle, (ii) Incident angle, and (iii) Collector efficiency. [Ans. 43.9°, 46.1°, 8.87%]Explain estimation of solar energy availability
- Example design a winter air conditioning power plant for a neighborhood of your choice (preheater/final heater andMust be humidification cells). Audible heat loss of the neighborhood is 50 kW, hidden heat gain is 20 kWhave been calculated. 1-) Show the process in the psychrometric diagram. 2-) Calculate the total amount of air circulating in the system 3-) Calculate the amount of water sprayed into the air in the humidifier 4-) Calculate the preheater capacity. 5-) Calculate final heater capacityQL.Compute the total heat gain load from all the sources into the lunchroom ,if the lunchroom is located at the top floor of an air conditioned commercial building. The lunchroom has one exposed wall facing SE. -Wall facing SE, (20 * 15); 12 brick, the overall heat transmission value(U) is 0.3 Btu/hr.ft². F. -Roof; 6 concrete with 2" insulation, Uroof 0.4 Btu/hr.ft².F - Windows facing SE ;No.(3), (3 *3),single regular plate,double-hung metal windows,weather-stripped; unlocked ,shaded with white inside roller shade,half drawn. -Occupants: (10) persons; sedentary work. -Lightening :2 Watt /ft² of the floor area (40' *20) -Outside conditions: T= 100 F (db) & T70(wb), DR =25 F, Vwind -10 mph. -Inside conditions: T-70 F (db) & Q=40%. -Location: 40 N.L, Time = 11 A.M.It has been found that condensation forms on the outside of the refrigerator when the temperature on the surface is T1 and lower certain parts during the year. If the temperature on the inside of the refrigerator is T2 , how thick insulation needed to avoid condensation? The cooling effect in the refrigerator is ?. The refrigerator wall is built (from the outside) with 1 mm metal (thermal conductivity is k1),mineral wool (thermal conductivity is k2)and an additional layer of 1 mm metal. T1 (°C)= 15 , T2(°C)=3 , ? (W)=70 , k1 (W/m·K)=15 , k2 (W/m·K)=0.04