3000W 220V Axial Flow Hydroelectric Generator Hydropower Low Head Water Turbine
The axial flow hydroelectric generator is composed of a water turbine and a generator coaxial. The water turbine is mainly composed of water blades, guide covers, bearings, water seals, main shafts, etc. Axial flow turbine generator mainly uses the Draft tube of corresponding height to form a vacuum suction pipe. The incoming water from the upstream is pulled to form a swirl through the vortex chamber, and the jet water blades rotate at high speed, driving the generator to work through the main shaft.
- Rated Power: 3000W
- Output Voltage: Single phase 220V 50HZ
- Water Flow:0.08m3/s
- Water Head: 2M-5M
- Speed: 500-1500 r/min
- Current: 10.7A
Product structure of axial flow hydro generator:
(1) Bearing cover
(2) Upper cover
(3) Bearings
(4) Rotor
(5) Stator coil
(6) Motor barrel
(7) Lower seat
(8) Bearings
(9) Oil seal
(10) Casing
(11) Water cone
(12) Water guide cover
(13) Runner
(14) Spring pad
(15) Nut
(16) Split pin
(1) Bearing cover
(2) Upper cover
(3) Bearings
(4) Rotor
(5) Stator coil
(6) Motor barrel
(7) Lower seat
(8) Bearings
(9) Oil seal
(10) Casing
(11) Water cone
(12) Water guide cover
(13) Runner
(14) Spring pad
(15) Nut
(16) Split pin
When selecting the type, the corresponding unit should be selected based on the head and flow of local water resources. The rated operating head of this series of units is 1.2-5 meters, and the flow rate is 0.02-0.2 m³ /s .
The generating capacity of the unit can be calculated by the formula N=n₁n₂gHQ. In the formula: N - generating power (KW);
N1 - unit efficiency (estimated to be 0.4~0.5)
n2, - diversion efficiency (estimated to be 0.80~0.95)
g - Gravitational acceleration (9.8m²/s)
H - Power generation head (M)
Q - Flow rate (m³/s)
The generating capacity of the unit can be calculated by the formula N=n₁n₂gHQ. In the formula: N - generating power (KW);
N1 - unit efficiency (estimated to be 0.4~0.5)
n2, - diversion efficiency (estimated to be 0.80~0.95)
g - Gravitational acceleration (9.8m²/s)
H - Power generation head (M)
Q - Flow rate (m³/s)
