The PowerPal T1 and T2 Turgo Series is another simple system consisting of a turbine with generator attached. Generator power output is from 660W to 2.0kW depending on head and flow.
The T1 has twin nozzles and is fitted with a 1kW capacity generator as pictured above. All or part of the stream flow is diverted through a 12cm diameter steel penstock pipe and down to the turbine. Output voltage and frequency are controlled by our electronic load controller (with ballast).
The T2 is a single nozzle turgo turbine fitted with a 2kW capacity generator and comes in three quite distinct models: (1) a T2/ 1.5kW model (2) a T2/ 2kW model for medium head sites, (3) another T2/2kW High Head model for higher head sites
3.0kW and 4.0kW single valve Turgo Turbines only (no generator) available, please call for details and pricing.
The detailed head and flow rate combinations and the electrical power output that these various combinations generate are given in the operations manual that can be set to you via email.
Item # HT8175 Specifications: T1 1.0kW Dual Valve Turgo Turbine Gross Volume: 1.2 cubic meters Water Head: 8m to 11m Water Flow: 21 l/sec to 24 l/sec Turbine Output: 880W to 1.33kW Gen. Output: 660W to 1.00W
Item # HT13705 Specifications: T2 1.5kW Single Valve Turgo Turbine Gross Volume: 1.0 cubic meters Water Head: 14m to 20m Water Flow: 13 l/sec to 18.5 l/sec Turbine Output: Up to 1.5kW Gen. Output: 1250W to 1750W
Item # HT13832 Specifications: T2 2.0kW Single Valve Turgo Turbine Gross Volume: 1.0 cubic meters Water Head: 16m to 20m Water Flow: 18 l/sec to 23 l/sec Turbine Output: Up to 2.0kW Gen. Output: 1750W to 2250W
Item # HT13832 Specifications: T2H 2.0kW Single Valve Turgo Turbine Gross Volume: 1.0 cubic meters Water Head: 24m to 40m Water Flow: 8 l/sec to 13 l/sec Turbine Output: Up to 2.0kW Gen. Output: 1500W to 2500W
PowerPal T1 and T2 Turgo Turbines 
The PowerPal T1 and T2 Turgo Series is another simple system consisting of a turbine with generator attached. Generator power output is from 660W to 2.0kW depending on head and flow.