01-06-2016, 16:49
Hi,
And let me even some notes for discussion:
On the training taught me that we in our country (CZ) should start with an inclination of 30° and later try a different slant, because the ideal slope is really difficult to determine:
![[Image: solary_elevace.gif]](http://meteo.brandysnl.cz/MyDocs/Forum/solary_elevace.gif)
But what is important: advised us instead of one large panel to use of more small (in the same way and crumbled eg. supply house). But most importantly - these panels not to route directly to the south, but half to the southeast and another half to the southwest. (Of course, you can conveniently use another configuration in multiple directions.) The reason is a higher energy gain in the morning and afternoon (evening) hours, when is less sunshine. Energy gain curve is much flatter, and then when there is "smart" installation, the integral of the gain curve is the same (or maybe higher) as with the "normal" routing of the panels to the south. Energy supply is also a "smoother". (And unlike photovoltaic power plants are for to produce as much energy at noon (for sale), these instalalation can better charge our batteries and power our devices.):
![[Image: solary_orientace.png]](http://meteo.brandysnl.cz/MyDocs/Forum/solary_orientace.png)
(I apologize for my terrible English.)
Regards
And let me even some notes for discussion:
On the training taught me that we in our country (CZ) should start with an inclination of 30° and later try a different slant, because the ideal slope is really difficult to determine:
But what is important: advised us instead of one large panel to use of more small (in the same way and crumbled eg. supply house). But most importantly - these panels not to route directly to the south, but half to the southeast and another half to the southwest. (Of course, you can conveniently use another configuration in multiple directions.) The reason is a higher energy gain in the morning and afternoon (evening) hours, when is less sunshine. Energy gain curve is much flatter, and then when there is "smart" installation, the integral of the gain curve is the same (or maybe higher) as with the "normal" routing of the panels to the south. Energy supply is also a "smoother". (And unlike photovoltaic power plants are for to produce as much energy at noon (for sale), these instalalation can better charge our batteries and power our devices.):
(I apologize for my terrible English.)
Regards