electrical:solar:charge_controller_setpoints
Differences
This shows you the differences between two versions of the page.
Both sides previous revision
Previous revision
|
Next revision
Both sides next revision
|
electrical:solar:charge_controller_setpoints [2020/01/13 10:54] frater_secessus [charging setpoints] |
electrical:solar:charge_controller_setpoints [2020/01/13 11:01] frater_secessus [charging setpoints] |
* **Absorption voltage (Vabs)** - the voltage the battery bank is held at until [[electrical:12v:charging#absorption_stage|Absorption stage]]((sometimes confusingly called "boost" stage)) is //completed//. In this case the recommendation is 14.4v. //Completed// absorption means your lead batteries are fully charged.((the controller being in Float does //not// necessarily mean the batteries were fully charged; controllers can drop to Float too early due to bad design, incorrect battery chemistry switches, or incorrectly-configured setpoints.)) | * **Absorption voltage (Vabs)** - the voltage the battery bank is held at until [[electrical:12v:charging#absorption_stage|Absorption stage]]((sometimes confusingly called "boost" stage)) is //completed//. In this case the recommendation is 14.4v. //Completed// absorption means your lead batteries are fully charged.((the controller being in Float does //not// necessarily mean the batteries were fully charged; controllers can drop to Float too early due to bad design, incorrect battery chemistry switches, or incorrectly-configured setpoints.)) |
* **Float voltage (Vfloat)** - the voltage the battery bank is held at during [[electrical:12v:charging#float_stage|Float]]. In this case the recommendation is 13.5v. | * **Float voltage (Vfloat)** - the voltage the battery bank is held at during [[electrical:12v:charging#float_stage|Float]]. In this case the recommendation is 13.5v. |
* **Temperature compensation** - how the voltage setpoints are adjusted for temperature. While this is sometimes configurable, generally the compensation factor is close enough between manufacturers that it can be left at the default. | * **Temperature compensation** - how the voltage setpoints are [[electrical:12v:charging#temperature_compensation|adjusted for temperature]]. While this is sometimes configurable, the compensation factor is close enough between manufacturers that it is often left at the default. |
* **endAmps** - the amount of current (or percentage of capacity) accepted by the battery in late Absorption that indicates it's appropriate to Float. In the lower-right of [[https://www.trojanbattery.com/pdf/Trojan_QSG_AGM.pdf|this graph]] Trojan shows it as [[electrical:12v:battery_capacity|C]]/200:((actually C/20/200, but C/200 here for simplicity)) Also see **absorption duration** below. | * **endAmps** - the amount of current (or percentage of capacity) accepted by the battery in late Absorption that indicates it's appropriate to Float. In the lower-right of [[https://www.trojanbattery.com/pdf/Trojan_QSG_AGM.pdf|this graph]] Trojan shows it as [[electrical:12v:battery_capacity|C]]/200:((actually C/20/200, but C/200 here for simplicity)) Also see **absorption duration** below. |
| |
electrical/solar/charge_controller_setpoints.txt ยท Last modified: 2023/07/21 23:15 by frater_secessus