electrical:severe_battery_use
Differences
This shows you the differences between two versions of the page.
Both sides previous revision
Previous revision
Next revision
|
Previous revision
Next revision
Both sides next revision
|
electrical:severe_battery_use [2020/07/08 12:38] frater_secessus [increasing effective Absorption duration] eternal |
electrical:severe_battery_use [2020/07/22 11:27] frater_secessus [Intentionally severe battery use] |
Lead-acid chemistries prefer light cycling and full recharge between those cycles. Lead-acid batteries are traditional cycled to [[electrical:depth_of_discharge|50% depth of discharge]] because it offers a balance between duty life (years between failure) and bank size.(("dead lead")) Pulling the bank below 50% DoD in emergnecies will not automatically cause damage //assuming a full charge is accomplished ASAP//. | Lead-acid chemistries prefer light cycling and full recharge between those cycles. Lead-acid batteries are traditional cycled to [[electrical:depth_of_discharge|50% depth of discharge]] because it offers a balance between duty life (years between failure) and bank size.(("dead lead")) Pulling the bank below 50% DoD in emergnecies will not automatically cause damage //assuming a full charge is accomplished ASAP//. |
| |
This article is about the intentional and chronic depletion of lead-acid banks below the 50% mark, **followed by vigorous recharging**. This might be desirable when: | This article is about the intentional severe use of lead-acid banks by running them below the 50% mark, **followed by vigorous recharging** at maximal voltage. This might be desirable when: |
| |
* reducing the weight impact of lead banks | * reducing the weight impact of lead banks |
electrical/severe_battery_use.txt ยท Last modified: 2024/03/30 21:42 by frater_secessus