Difference between revisions of "Solar Panel Charging"
From ivc wiki
Jump to navigationJump to search
| Line 19: | Line 19: | ||
== Solar controllers == | == Solar controllers == | ||
[[Image:Solar_panel_controller.jpg|300px|right]] | |||
There are two kinds of controllers; MPPT and PWM charging mode, with the former being the preferred one on larger (>50W) setups. | |||
A reasonable decent solar controller starts at 50USD, for a 10 to 30A 12V setup. | |||
* [http://www.ebay.com/itm/LCD-30A-MPPT-Solar-Panel-Regulator-Charge-Controller-12V-24V-With-USB-KJ-/181202497533?hash=item2a3082affd:g:jFIAAOSw3xJVVWvx Solar controller 30A 12V] - 44USD | |||
== Batteries == | == Batteries == | ||
Using regular 12V or 24V batteries makes it simple to get locally. | Using regular 12V or 24V batteries makes it simple to get locally. | ||
Revision as of 16:19, 31 May 2016
Basics about solar panel battery charging.
Panels
Monocrystalline panels are regarded as being the most efficient panel technology. Second to Polycrystalline panels.
Common configurations of individual panels:
- 100W - common
- 120W
- 150W - common
- 160W
Arrays are usually build by parallel installation of multiple of the same panel type, e.g. 10x150W panels is a 1500W or 1.5kW array.
Some cheap flexible panels:
- 100W 18V Mono panel - 137USD
Solar controllers
There are two kinds of controllers; MPPT and PWM charging mode, with the former being the preferred one on larger (>50W) setups.
A reasonable decent solar controller starts at 50USD, for a 10 to 30A 12V setup.
- Solar controller 30A 12V - 44USD
Batteries
Using regular 12V or 24V batteries makes it simple to get locally.
