Pressure line in a hydroelectric power plant
Breakage and leak detection in a pressure line in a hydroelectric power plant
Pressure line in a hydroelectric power plant
Process data
Measuring task:
Flow rate measurement
Measuring point:
Pressure line
Measuring range up to:
500 mbar
Medium:
Water
Process temperature:
0 ... +20 °C
Process pressure:
0 … +500 mbar
Special challenges:
Pressure shocks
Application
In hydroelectric power plants, water is transported from the dam to the turbine via a pressure pipe. A partial or complete rupture of the pressure line leads to an increase in flow rate in the pipe that is higher than the maximum permissible flow expected. Undetected leaks lead to flooding and destruction of the power plant, resulting in a loss of energy production. For that reason it is important to measure the flow rate reliably in order to detect a pipe break and thus trigger the necessary remedial action, such as closing the pressure valve.
Your benefit
Reliable
Accurate flow measurement in the pipeline ensures timely leak detection in the pressure line
Cost effective
Long-term stability of the differential pressure transmitter
User friendly
Simple commissioning setup without medium
Recommended products
VEGADIF 85
Differential pressure transmitter for flow measurement in the pressure line
- High accuracy through measurement of extremely small pressure differences
- Reliable flow measurement for detection of pipe breakage
- Robust measurement, as there are no moving parts
Measuring range - Pressure
-40 ... 40 bar
Process temperature
-90 ... 400 °C
Process pressure
-1 ... 400 bar
Close