Difference between revisions of "Translations:What is an off-grid PV system?/3/en"
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==Off-grid PV system== | ==Off-grid PV system== | ||
| − | [[File:Pvsystem.png|frame|center|''' | + | [[File:Pvsystem.png|frame|center|'''Off-grid PV system'''<br /> ''(1)'' The [[Special:MyLanguage/PV module|PV modules]] collect the sun's rays and convert it into electric energy ''(2)'' [[Special:MyLanguage/Conductor types|Wires]] distribute the electric energy created from the PV modules. ''(3)'' The [[Special:MyLanguage/Charge controller|charge controller]] is used to regulate in-flow of electric energy to avoid overcharging the battery. ''(4)'' The [[Special:MyLanguage/Energy storage|energy storage system]] stores electric energy for later use. ''(5)'' A [[Special:MyLanguage/Low voltage disconnect|low voltage disconnect]] - which can be stand-alone or integrated into the [[Special:MyLanguage/Charge controller|charge controller]] and [[Special:MyLanguage/Inverter|inverter]] - regulates out-flow of electric energy to avoid emptying the battery completely. ''(6)'' The [[Special:MyLanguage/Loads|loads]] - light or other appliances - can consume electric energy from the [[Special:MyLanguage/Energy storage|energy storage system]] as needed.]] |
Latest revision as of 13:21, 5 February 2021
Off-grid PV system
Off-grid PV system
(1) The PV modules collect the sun's rays and convert it into electric energy (2) Wires distribute the electric energy created from the PV modules. (3) The charge controller is used to regulate in-flow of electric energy to avoid overcharging the battery. (4) The energy storage system stores electric energy for later use. (5) A low voltage disconnect - which can be stand-alone or integrated into the charge controller and inverter - regulates out-flow of electric energy to avoid emptying the battery completely. (6) The loads - light or other appliances - can consume electric energy from the energy storage system as needed.
(1) The PV modules collect the sun's rays and convert it into electric energy (2) Wires distribute the electric energy created from the PV modules. (3) The charge controller is used to regulate in-flow of electric energy to avoid overcharging the battery. (4) The energy storage system stores electric energy for later use. (5) A low voltage disconnect - which can be stand-alone or integrated into the charge controller and inverter - regulates out-flow of electric energy to avoid emptying the battery completely. (6) The loads - light or other appliances - can consume electric energy from the energy storage system as needed.
