Panels, bateries, regulators, APS
Calculation for solar electrification
Geräte für Sonnenenergie
Equipo para energia renovables
Energias Renovables
Corporación para el Desarrollo Sostenible CODESO
Energía solar
How solar photovoltaic electrification works?
How solar photovoltaic electrification works?
CI
English ingles Solar energy quito Ecuador South America
Deutsch Aleman Sonnenenergie Quito Ecuador S
Español
Equipment

B
Energysav. lamps

Radiocassette

Television
Example C:  "Normal country house"
Quantity

A
Power
W
C
Power
W Subtotal
D = (A x C)
Hours / day
de usage
E
Energy
Wh
F= (D x E)
Paneles y accesorios
Inversores y baterías
4

1

1
10

10

80
4

4

2



Wh / día =
160

40

160



360
40

10

80



Total
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Paneles y accesorios
Inversores y baterías
1 fotovoltaic solar panel of 110 W costs aproximately between:

1 stationary battery** of 12 V 100 Ah costs more or less:

1 regulator (protector of the battery) of 12 V 10 A costs more or less:

1 inverter APS de 300 W 110 V AC costs between:
(The APS transforms the direct current DC in AC,so you can connect any (small) normal equipment for 110 V AC)

We don´t calculate instalation costs, because it´s easy to install:

Total of investment for this system is between:
The daily average consumtion is:

1 panel of 110 W produces with 3,5 hours sun/day:

For the energy generation you need:


You have to store (12 V system) la quantity of:

You need the quantity of stationary bateries  12 V 100 Ah (without reserve):

You need the quantity of stationary bateries  12 V 100 Ah (with a 1 day* reserve):

You need the quantity of stationary bateries  12 V 100 Ah (with a 3 days* reserve):
400

385

1,04


33


0,33


0,67


1,33
Wh/d

Wh/d

Paneles


Ah


Bateries


Bateries


Bateries
Calculation of panels y bateries
600 - 900 US$

73 - 293 US$

32 - 60 US$

85 - 160 US$



0 US$

790 - 1413 US$
There are different types of stationary accumulators or batteries with different plates and electrolites:

low mantainance, open.

free mantainance with valves.

free mantainance with gel.

other special types .
Average life expectancy of accumulators depending of the model and trademark:


  5 to   6 years

  4 to   5 years

10 to 30 years

.........
* Reserve of the solar system
Cost of the system
** Life expectancy of accumulators
Life expectancy of  solar panels
There are different tipes of solar panels different materials of cells and qualities:

Life expectancy of  the best solar panel trademarks are between 25 and 30 years. Please review the especifications of each trademark and model.
The reserve of the solar system is calculated on the base of your geografical position: There are places where it rains during three or four days consecuently, so you need a minmum reserve of three days.
It also depends if the service of the system has to be garantized, like for example in comunications, medical equipment, etc..
We recomend to increase step by step the instaled bateries, view also Sostainability.
*** View also tecnical details in batteries or accumulators.
The average daily sunhours could be found in tables for your region.

You multiply the panelpower 110 W with the average daily sunhours 3,5 h/d = 385 Wh/d.

You divide your daily energy needs 400 Wh/d by your daily panel energy 385 Wh/d = 1,04 panels.

You divide your daily energy needs 400 Wh/d by your system voltage 12 V = 0,33 Ah battery capacity.

You divide your needed battery capacity 0,33 Ah by the capacity of one battery 100 Ah = 0,33 batteries.

You multiply the quantity of batteries with the reserve factor 2 for 1 day of reserve = 0,67 batteries.

You multiply the quantity of batteries with the reservefactor 4 for 2 days of reserve = 1,33 batteries.
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Renewable Energy South America
Equipos para Energía Solar
Paneles solares Ecuador Colombia peru bolivia venzuela sistemas generacion fotovoltaica bombeo agua potabilizacion consultorias
Sol Sonne Sun Foto Photo Bild
Fotos Photos Bilder Solar Energia Energy Energie
Energias renovables alternativas
paneles reguladores inversores
Renewable Energy South America
Energías Renovables Ecuador Sudamérica
Erneuerbare Energien Südamerika
Energia solar Energie Photovoltaik Photovoltaic Fotovoltaica
Paneles Solares Guayaquil Cuenca Quito
Termico fotovoltaico paneles energia
Renewable Energies America Latin
Calculations for solar electrification
Solar electric injection island grid sma isla sunny boy
Solar electric systems independent and GRID injection (electrical network). Backup and protection of medical and computer equipment, radio communication, electric fences, cogeneration together with electro-thermal generators, air conditioning, etc.
Energias renovables Ecuador Peru Colombia Lorentz bomba Ritter tubos vacio panels
Bombeo de agua solar Sistemas de bombas de agua fotovoltaicos
Solar water pumping
Photovoltaic water pump systems that do not require batteries so the return on investment is very fast. These systems work fully automatic.
Bombeo de agua solar Sistemas de bombas de agua fotovoltaicos