About 330,000
Generator set parameters
Model: open frame
Unit model: KC500GF
Standby power (KW): 500
Common power (KW): 450
Unit size (mm): 4600×1600× 2300
Unit weight (kg): 6400
Rotation speed (r/min): 1500
Fuel consumption (g/kw.h): 206
LP7m noise (dB): 70~85
Transient voltage adjustment rate: ≤-15%/+20%
Adjustment rate of steady-state voltage: ≤±1%
Voltage stabilization time: ≤3 sec
Voltage fluctuation rate: ≤0.5%
Voltage waveform distortion: ≤8%
Steady-state frequency adjustment rate: ≤5%
Frequency adjustment rate transient: ≤-10%/+12%
Frequency stabilization time: 3 sec
Frequency fluctuation rate: ≤1.5%< /p>< p>
Engine parameters
Diesel engine brand: Cummins/Cummins
Manufacturer: (CCEC) Chongqing Cummins Engine Co., Ltd.< /p>
Diesel engine model: KTA19-G8
Standby power (KW ): 575
Number of cylinders/arrangement: 6 cylinders/in-line
Compression ratio: 13.5:1
Bore diameter*stroke (mm): 159*159
Displacement (L): 18.9
Oil pressure (psi): 50～70
L temperature Oil (℃): ≤121
Oil capacity (L): 50
Cooling water capacity (L): 66
p>Fuel system: PT fuel pump
Cooling method: closed water cooling cycle
Speed regulation method: electronic speed regulation
p>Starting method: DC24V electric start
Intake mode: supercharged, water-air cooling
Type: four-stroke, 60°
Constant load steady-state fluctuation rate: ±0.25%
Power deviation: ≦±5%
To build a small power plant hhydroelectric, water turbine (HL260-WJ-42) and the generator (SFW160-8/740), I would like to ask what is the quotation price?
If the height difference H is 10 meters, the internal diameter of the pipe is 10 centimeters and the flow rate is 5 meters/second, then the flow rate Q=V (3.14 D^2 /4 )= 5*(3.14 *0.10^2/4) = 0.03925 cubic meters/second
Water flow Power
P = 9.8QH = 9.8*0.03925*10 = 3.85 kilowatts,
Given the efficiency of the turbine and generator, generate 2 kilowatts of electricity! Available to a farmer.
But such a small hydroelectric generator may not be available.
Are you still using the HL260? It is obsolete. Can it be replaced with HL270(A551)-WJ-42 and SFW160-6/590, saving money and improving efficiency. The hydraulic turbine costs just over 90,000 euros, and the generator with excitation costs less than 70,000 euros. Different manufacturers present certains price differences, and those of small private factories are cheaper.