The discussion revolves around the use of a Pelton wheel for power generation, specifically focusing on the feasibility of using a water pressure of 45 psi with various nozzle sizes. Participants explore the potential wattage and amperage outputs for different voltage configurations (12, 24, and 48 volts) and consider the implications of water flow rates and pressure on the system's performance.
Participants express varying degrees of uncertainty regarding the calculations for power output and the implications of water flow rates. There is no consensus on the optimal nozzle size or the exact wattage and amperage that can be generated.
Participants acknowledge the need for specific calculations and considerations regarding water flow and pressure, but the discussion remains open-ended with no definitive solutions provided.
This discussion may be of interest to individuals exploring small-scale hydroelectric power generation, particularly those considering the use of Pelton wheels and related hydraulic systems.
And what maximum rate of flow do you get? As has been pointed out already, Power out will depend on water pressure and flow rate. If you try to take too much power from this water feed, people downstream of you will suffer a reduction in water pressure / flow. This may or may not be relevant. but if they become aware of this and if they know you have 'done something' to their supply, they may complain. Their tanks may take longer to fill if the exit pressure from your generator is significantly lower than at present.Alfredo said:
