Standpipe level; piezometric head: Difference between revisions
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|term=Standpipe level; piezometric head | |term=Standpipe level; piezometric head | ||
|definition=The energy of the stationary water, this means the potential energy is the mechanical energy that has a body of water relative to a known reference level due to its location. | |definition=The energy of the stationary water, this means the potential energy is the mechanical energy that has a body of water relative to a known reference level due to its location. | ||
|source=Translated from "DIN 4044" | |||
The potential energy level or the hydraulic potential describe the waters state of energy in the soil at a point defined by the measurement. In the case of the ground water, the hydraulic potential is also called the vertical or piezometric level height. In the case of hydropower plants it refers to the hydraulic fall heigh. | |||
|source=Translated from "DIN 4044"; translated from wikipedia.org | |||
|name_de=Potentielle Energiehöhe | |name_de=Potentielle Energiehöhe | ||
|links=https://de.wikipedia.org/wiki/Hydraulisches_Potential (retrieved 24.08.2017) | |||
}} | }} | ||
Latest revision as of 10:34, 2 March 2018
Definition
The energy of the stationary water, this means the potential energy is the mechanical energy that has a body of water relative to a known reference level due to its location.
The potential energy level or the hydraulic potential describe the waters state of energy in the soil at a point defined by the measurement. In the case of the ground water, the hydraulic potential is also called the vertical or piezometric level height. In the case of hydropower plants it refers to the hydraulic fall heigh.
Synonyms
Abbreviations
Source
Translated from "DIN 4044"; translated from wikipedia.org
Related terms
Additional links
https://de.wikipedia.org/wiki/Hydraulisches_Potential (retrieved 24.08.2017)