1. International Award

    Jan 13, 2021, 20:02 PM
  2. Message from the President

    Jun 1, 2020, 23:08 PM
  3. Applications to Graduate Programs

    May 26, 2020, 14:46 PM

energy_produce_inside

 

Description: 

28 solar energy panels of 1988 X 1218 mm were placed on the roofs of SKS Blocks which health, sports and cultural activities are held. These solar panels supply hot water to 28 showers and also 29 lavatory batteries. 


Solar Energy Calculation: 
m: 65 people ( Number of users by April occupancy rate) 
Vb: 100 liter /person day) 
Tcity: 16 C 
Twater: 45 C 
R: 5,330 kcal/m² day 
F: 1,03 (Correction factor according to the mounting angle of inclination for 30 degrees) S: 1,88 m²/ collector (collector beam absorber (absorber) net surface) 
nk: 0,70 (%70) 
e: 1,05 (%5 icrease) 
Q= m× Vb × (Tsu-Tşehir) × e = 65×100×(45-16)×1,05=197,925 kcal/gün 
Qk=R×F×S×nk = 5,330×1,03×1,88×0,70=7,225 kcal/day.collector 
K=Qi/Qk = 197,925 / 7,225 = 211 pieces (Amount required for 100% coverage rate) 
Selected quantity = 211 × 0.71 = 27.39 = 28 panels 
* 197,925 kcal/day x  240 days of use per year = 47,502,000 kcal/ year = 55,244 kWh annual energy is obtained.