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Features:
The gas generator set is a new type of generator that was developed to fulfill the requirements of environmental protection and the changing market. It's a new form of green power that could replace oil and coal-burning units. The benefit is that the power generation quality is exceptional, and the combustible gas is both cost-effective and sound-proof. Customers can request that the units be equipped with a voice-activated controller, or that they be used in conjunction with soundproof enclosures that make low noise. This type of product can be altered easily to accommodate different demands of consumers.
The power range from 20KW-3000KW is customizable to meet the needs of the user.
Our advantages
1. The natural gas engine has the highest capacity for liter power in the same displacement, this is derived from the typical average conversion of 3 degrees of natural gas per cubic meter to 4 degrees of natural gas per cubic meter.
2. Good power generation quality. Because the generator only has motion in a single direction when it's working, the electric response speed is fast, the process is smooth, the generator's output voltage and frequency are accurate, the variation is small, and in the 50% and 75% reduction of load, the unit is very stable, greater than the electrical performance of the diesel generator set.
3. Good initial performance and high startup success rate. The time from the successful cold start to full load is only 30 seconds, however, the international regulations require that the diesel generator be loaded for 3 minutes after the initial success. The gas turbine generator set can ensure the probability of startup success in any environmental temperature and climate.
4. Low noise and low vibrations. Because the gas turbine is in a high speed rotation state, its vibrations are very small, and the low frequency noise is superior to that of the diesel generator set.
5. The generator set that produces fuel not only has a dependable mechanism, low cost, and it can also convert trash into treasure without causing pollution.
Technical Parameters
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L | W | H | |||||
KWA6T200V1 | K6TTA10.8-G21 | WOODWARD PG+system | 200KW | 3150 | 1300 | 2200 | 2650 |
KWA6T250V1 | K6TTA11.8-G21 | WOODWARD PG+system | 250KW | 3150 | 1300 | 2200 | 2650 |
KWA6T300V1 | K6TTA12.8-G21 | WOODWARD PG+system | 300KW | 3150 | 1300 | 2200 | 2730 |
| K6TTA10.8-G21 | K6TTA11.8-G21 | K6TTA12.8-G21 |
Englne type | In line,water-cooled,four stroke,direct injection | ||
Air inlet mode | Pressurization/Alr-to-air intercooling | ||
Calibration power | 200kW | 260kW | 300kW |
Maximum power | 226kW | 290kW | 335kW |
Cylinder diameter*stroke | 118*150(mm) | 128*153(mm) | 130*161(mm) |
Number of cylinders | 6 | ||
Cylinder type | Replaceable wet cylinder liner | ||
Total displacement | 10.8(L) | 11.8(L) | 12.8(L) |
Fuel consumption rate | ≤179.3(g/kw·h) | ||
Oil consumption rate | ≤0.3(g/kw·h) | ||
Speed regulation mode | American WOODWARD PG+system | ||
Idle speed | 900(rpm | ||
Calibration speed | 1500/1800(rpm | ||
Start mode | Electric start | ||
Crankshaft rotation direction | Anti-clockwise/Face flywheel end | ||
Noise | ≤105(db) | ||
Flywheel housing | SAE N0.1# | ||
Free whee | No.14 | ||
Net welght | 980±50(kg) | 1065±50(kg) | 1078±50(kg |
Length\Width\Height | 1334*825*1137(mm) | 1373*812*1138(mm) | 1432*972*1204(mm) |
(GB17820-2018) | LNG natural gas or LPG natural gas | ||
Southern Region | LNG natural gas or LPG natural gas | ||
Northern cold area | LNG natural gas or LPG natural gas | ||
Engine oil (GB 11122) | Cf15w/40(at ambient temperature-5°C) | ||
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KANGWO | KW-200-4 | 200KW/250KVA | 400V/230V | 1500r/min | 98.5% | Self-excitation | H | IP23 | AVR | Three-phase four-wire |
KANGWO | KW-250-4 | 250KW/312.5KVA | 400V/230V | 1500r/min | 98.5% | Self-excitation | H | IP23 | AVR | Three-phase four-wire |
KANGWO | KW-300-4 | 300KW/375KVA | 400V/230V | 1500r/min | 98.5% | Self-excitation | H | IP23 | AVR | Three-phase four-wire |
Features:
The gas generator set is a new type of generator that was developed to fulfill the requirements of environmental protection and the changing market. It's a new form of green power that could replace oil and coal-burning units. The benefit is that the power generation quality is exceptional, and the combustible gas is both cost-effective and sound-proof. Customers can request that the units be equipped with a voice-activated controller, or that they be used in conjunction with soundproof enclosures that make low noise. This type of product can be altered easily to accommodate different demands of consumers.
The power range from 20KW-3000KW is customizable to meet the needs of the user.
Our advantages
1. The natural gas engine has the highest capacity for liter power in the same displacement, this is derived from the typical average conversion of 3 degrees of natural gas per cubic meter to 4 degrees of natural gas per cubic meter.
2. Good power generation quality. Because the generator only has motion in a single direction when it's working, the electric response speed is fast, the process is smooth, the generator's output voltage and frequency are accurate, the variation is small, and in the 50% and 75% reduction of load, the unit is very stable, greater than the electrical performance of the diesel generator set.
3. Good initial performance and high startup success rate. The time from the successful cold start to full load is only 30 seconds, however, the international regulations require that the diesel generator be loaded for 3 minutes after the initial success. The gas turbine generator set can ensure the probability of startup success in any environmental temperature and climate.
4. Low noise and low vibrations. Because the gas turbine is in a high speed rotation state, its vibrations are very small, and the low frequency noise is superior to that of the diesel generator set.
5. The generator set that produces fuel not only has a dependable mechanism, low cost, and it can also convert trash into treasure without causing pollution.
Technical Parameters
|
|
|
|
|
| ||
L | W | H | |||||
KWA6T200V1 | K6TTA10.8-G21 | WOODWARD PG+system | 200KW | 3150 | 1300 | 2200 | 2650 |
KWA6T250V1 | K6TTA11.8-G21 | WOODWARD PG+system | 250KW | 3150 | 1300 | 2200 | 2650 |
KWA6T300V1 | K6TTA12.8-G21 | WOODWARD PG+system | 300KW | 3150 | 1300 | 2200 | 2730 |
| K6TTA10.8-G21 | K6TTA11.8-G21 | K6TTA12.8-G21 |
Englne type | In line,water-cooled,four stroke,direct injection | ||
Air inlet mode | Pressurization/Alr-to-air intercooling | ||
Calibration power | 200kW | 260kW | 300kW |
Maximum power | 226kW | 290kW | 335kW |
Cylinder diameter*stroke | 118*150(mm) | 128*153(mm) | 130*161(mm) |
Number of cylinders | 6 | ||
Cylinder type | Replaceable wet cylinder liner | ||
Total displacement | 10.8(L) | 11.8(L) | 12.8(L) |
Fuel consumption rate | ≤179.3(g/kw·h) | ||
Oil consumption rate | ≤0.3(g/kw·h) | ||
Speed regulation mode | American WOODWARD PG+system | ||
Idle speed | 900(rpm | ||
Calibration speed | 1500/1800(rpm | ||
Start mode | Electric start | ||
Crankshaft rotation direction | Anti-clockwise/Face flywheel end | ||
Noise | ≤105(db) | ||
Flywheel housing | SAE N0.1# | ||
Free whee | No.14 | ||
Net welght | 980±50(kg) | 1065±50(kg) | 1078±50(kg |
Length\Width\Height | 1334*825*1137(mm) | 1373*812*1138(mm) | 1432*972*1204(mm) |
(GB17820-2018) | LNG natural gas or LPG natural gas | ||
Southern Region | LNG natural gas or LPG natural gas | ||
Northern cold area | LNG natural gas or LPG natural gas | ||
Engine oil (GB 11122) | Cf15w/40(at ambient temperature-5°C) | ||
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KANGWO | KW-200-4 | 200KW/250KVA | 400V/230V | 1500r/min | 98.5% | Self-excitation | H | IP23 | AVR | Three-phase four-wire |
KANGWO | KW-250-4 | 250KW/312.5KVA | 400V/230V | 1500r/min | 98.5% | Self-excitation | H | IP23 | AVR | Three-phase four-wire |
KANGWO | KW-300-4 | 300KW/375KVA | 400V/230V | 1500r/min | 98.5% | Self-excitation | H | IP23 | AVR | Three-phase four-wire |
