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caculo and budget of a solar electrical installation

Solar photovoltaics



Location: palms


rated working voltage: 24 v


Consumption:
airtime
Summer Winter

2 rooms had 20w 1hr/day 1hr/day
1 living room w 5h/día had 20 3h/day
1 kitchen w had 20 2h 1hr/day
2 wc had 10 w 1hr/day 1hr/day
1 garage had 15 w 1hr/day 1hr/day
3 tv 20 2h / w 1hr/day


daily consumption in winter


2 x 20 wx 40wh/dia
1hr/day = 1 x 20 wx 5h/dia = 100 wh / day
1 x 20 wx 2h = 40 Wh / day
2 x 10 wx 1 h / day = 20 Wh / day
1 x 15 wx 1 h / day = 15 Wh / day
3 x 20 wx 2 h / day = 120 Wh /


day in summer daily consumption

2 x 20 wx 1hr/day = 40 wh / day
1 x 20 wx 3 h / day = 60 Wh / day
1 x 20 wx 1 h / day = 20 wh /
day 2 x 10 wx 1 h / day = 20 Wh / day
1 x 15 wx 1 h / day = 15 Wh / day
3 x 20 wx 1 h / day = 60 Wh / day






In winter


40 + 100 + 40 x 20 +15 + 120 / 24 v = 13'95 Ah

Oversized load by 25% to offset losses

13'95 x 13'95 + ah 25/100 = 17 ' 43 Ah

calculated the total intensity

17'43 / 4'3 = 4'05 A

estimated the number of panels required taking the I-100/24 \u200b\u200b

4'05 / 2'8 = 1'60 SERIOUS = 2 PANELS




Summer
40 + 60 + 20 + 20 + 15 + 60 / 24 v = 8'95 Ah



Oversized load by 25% to offset losses

8'95 Ah + 11'18 8'95 x 25/100 = Ah

calculate the total intensity

11'18 / 4'3 = 2'6 A


calculate the number of panels required taking the I-100/24 \u200b\u200b

2'6 / 2'8 = 0'92 = 1 PANEL WOULD

Aunq NOS WINTER OF COMPUTING PANEL TWO WILL ECHO IN CALCULATING THE SUMMER SEASON




budget





Photovoltaic Solar Panel 240W CE, ISO MONO

monocrystalline photovoltaic panels at top quality.

CE and manufactured according to ISO. Cells x 2 panels € 691.20 = € 1382'4

PS-15M
ProStar Solar Controller 15A 12/24V

display and parallel to 300A: € 218.90

current converter 12v to 220v € 70.00


Monobloc Batteries Model: FS-200 € 378