Factory price china yuchai diesel generator sets 270kw

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 300 unit/month

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Specifications

open type dioesel generator with yuchai enginee
1) Factory direct sale
(2) CE, ISO9001 quality

Power range	18-650KW
Engine	All series powered by Yuchai engine
Alternator	All series owning alternator options of Stamford/Marathon/ENGGA
Controller system	Hanging control box, automatic control module Smartgen HGM6310
Base frame	International channel steel welded base, inbuilt composite damping system; sandblast, acid-washing, antiseptic treatment
Radiator	Standard genset-joining radiator of 40 °C ambient temperature

Diesel generator Powered by Yuchai Engine,which yuchai is a large state-owned enterprise and a Nasdaq listed company in USA (NYSE:CYD). Its main business covers diesel engine, contruction machinery, vehicle parts. The engines produced by Yuchai include series YC6G, YC4G, YC4E to which American technology applied, series YC6A, YC6B, YC6J, YC4B, YC4D, YC4F, YC4W to which German technology applied, and YC6M series in which world top technology integrated, totally 12 series.

YUCHAI Series	Power(KW)	Power(KVA)	Jichai Engine Model	Cylinder NO.	Fuel consumption g/kw.h	DimensionLWH	Weight KG

YUCHAI Series

Power(KW)

Power(KVA)

Jichai Engine Model

Cylinder NO.

Fuel consumption
g/kw.h

DimensionL*W*H

Weight
KG

FKS-Y280	280	200	YC6G245L-D20	6	≤195	25009701500	2300

FKS-Y280

280

200

YC6G245L-D20

≤195

2500*970*1500

2300

Q: I want to run the generator just enough to feedback enough kilowatts to make my annual bill zero usage.: Guide okorder

Q: I need a means of driving a 3 horsepower induction motor re-purposed as an induction generator which would coincide with specific cost-effective parameters. I ran the numbers in an excel spreadsheet and realized that the amount of gasoline or diesel required to run an engine appropriate for a 3 horsepower generator consumes more fuel per hour than is economical when the electricity is sold back on the grid. Over a month period, here's what I calculated:Run time in Hrs: 300.00 (10hrs a day, 30 days)Gallons per hour: .30 (1/3rd gallon per hour avg. consumption for 5hp engine)AVG output KW: 2.00 (3 horsepower generator)Fuel in gallons: 90.00 Price of fuel $/gal: 3.50Kilowatt-Hrs: 600.00Energy Cost: .08Net Profit: -270.00I've considered using a pressure cooker, wood pellet stove, and compressor pump as steam engine for an economical way to produce long-term torque, but am not sure how to modify the pump to operate as a steam engine. Anyone have any ideas? Thanks: You are up against economy of scale. The power company produces millions of kW-hours, so they can sell it to you much cheaper than you can possibly generate it. And with a lot less pollution. Your only chance is to use solar cells or a wind turbine, but even there, the payoff period for the capital expense is 20 years or more, unless you have very favorable conditions. And the equipment used to synchronize with the power line and generate your power must be approved by the power company. I doubt they would approve your home made generator. In fact even with approval, it takes an expert to get it working correctly.

Q: I live what i consider near a nuclear generating station in NJ.The site is Toms River Nuclear Generating Station, how would a melt down effect Rahway,NJ or the surrounding areas in general? How wide would the radius be? Or how much damage would be expected? Not stupid answers and no, You don't live in the ring of fire b.s. so don't worry about a tidal wave. Im questioning the unknown and the unexpected.: The answer depends entirely on the kind of accident or incident. It is not possible to predict without the hypothetical accident type, since not all accidents result in a core meltdown, and there are different ways for the core to end up in melt down situation. The danger zone also depends a great deal on the wind and weather conditions at the time and immediately afterwards. Obviously, if the wind is blowing from your location toward the plant, then there is less likelihood that you will be contaminated.

Q: I know I take for granted that I have indoor plumbing but where does the water pressure that causes water to flow come from when I turn on my sink? Is it a pump. Where does the energy come from?: The water drains out of the sink because it is a downhill flow from the sink to the sewerage outlet. The actual pressure is due to the height of the water and gravity. This can be stated as a head, in meters. Similarly the water comes out of a tap because it has a downhill flow from the supply reservoir typically. This can be a tank on a hill, or a tower. The water is transferred to the reservoir from its source like a lake by a pump, which gets it uphill to the reservoir. The pump is usually an electric one, though a diesel generator could be used as backup, or even a diesel driven pump could be used. Electricity is cheaper to run, considering the energy involved can be costly. The static pressure comes from the height of the reservoir above the tap outlet. This is also seen as a head. The typical pressure is 40 to 80 psi (equivalent to 30 to 60m of head or water column). Once the water is flowing at full bore the pressure drops, due to the pipe resistance and such effects, typically represented as 10-20psi approx. 8 to 16m of head. This is the pressure before the water leaves the tap (faucet), and is enough to flow through some device like a shower. At a remote property a tank stand may be used to get some height, or a pressure pump, which is equivalent. With a pressure pump the water is pumped into a rubber bladder like a large football bladder, so it can be squeezed out on demand. The pump runs cyclically as required to keep sufficient pressure in the bladder. This arrangement is known as an accumulator. High buildings may have related accumulators or a reservoir on top, and a pump/s to get water up there.

Q: I recently seperated the generator from the engine and replaced the rear main oil seal on the engine the electric generator was only moved back about 16-18 inches to access rear main seal. job went well with no problems after completeing job I turned down rpms to about 1000 rpm It was put back in service They use it to power up refer containers from the harbor. the next day I check it and they had turned up rpms to ??? as fast as it would run and 12 refer units running off it oh it's 480 volt well it ran for a week non stop and broke down and of corse it was my fault all i did was unbolt drive plate on front of rotor from flywheel of engine .est to repair is 6,000 could this be my fault after it ran for a week or caused from hi rpms and heat related possibley: A little more information would be helpful as to the size and model of generator. Is it possible the repair shop could give you more detailed explanation as to exactly what they believe happened? Is this a single bearing or two bearing generator? If it has only one bearing and the shaft is supported by the engine flywheel on the engine end, then the postion and shimming of the engine and generator may be critical to keep the rotor centered between the stator poles. These clearances are very small and they could have been rubbing if not aligned. On small single bearing types, the housings are made to fit together in perfect alignment, and can not be misaligned to avoid this problem. On larger units, this matched housing arrangement may not be possible. A generator with a bearing at each end of it's shaft is less likely to have this problem of rotor alingment, It would have a problem with coupling or bearing failures if not properly aligned with the engine. This link may help explain. cumminsgeneratortechnologies.

Q: can't those nuclear material in japan be kept inside a container that is not affected by it like lead?or shifted to an isolated location.: that's at present at point 6 on a scale from 0 to 7. Chernobyl replaced into 7. The debris would be unfold international increasing the expenses of cancer and start defects. sure. India would be affected faster or later. It takes basically one small particle to instantiate cancer. the forged information is that the upward push of cancerous tumors may well be slowed by potential of eating a organic vegetarian weight-help plan, some thing maximum conventional Indian families take with none attention. study The China learn by potential of T. Colin Campbell for greater info. stay away from the Western weight-help plan with extra animal nutrition products, nutrition ingredients, and processed ingredients.

Q: i read alot, maybe them all, but i cant understand how yachts work or get their power from. Please help !!: Most non-sailboat yachts longer than 40 feet (and up to 300 feet or more) are diesel powered using one or several large Caterpillar, Man, John Deere, Detroit or other similar large diesel engines. A yacht shorter than 40 feet is often gasoline powered. None are battery powered. All large yachts have diesel generators which are used to generate electric power for the onboard electrical systems. When a yacht is docked it usually obtains power from the shore using a large cable that connects to shore power supply systems. Yachts with sails usually also have a single small diesel engine that allows them to maneuver in harbors and other places where sailing might be dangerous or impossible.

Q: Does anyone currently live off grid?If so, what type of alternate power system(s) are you using?Solar? ---(I think very expensive and in this part of the country, not enough sun.)Hydro-electric? ---(may be a viable choice if I have enough current running through my stream and or enough head from a waterfall)Wind? --- (If It is installed high enough and does not obscure.)Diesel Generator---(may be ok if underground, low speed, water cooled)We are planning to build a log home in up-state Pa. as a second home for now, but our primary residence in a few years.Thanks in advance for your answers!Newt: i don't know about your possibilities where you are but i would definitely suggest using as much natural lighting as possible and the alternate wood heating furnaces available

Q: I have a generator in the building I am working on. It appears quite dated, but its stats are as follows: it’s a 415 Volt 3 Phase Diesel Generator.On the plate of the generator:415V3 Phase640KVA520KWPower Factor 0.8902 AmpsSo my question is:We are testing the generator to its full load, now my load is at power factor 1. Would I be correct in assuming that because my load is power factor 1 that the full load of my generator is 640kW not 520kW.Or is it that my actual power loading is rated at 520kW, but that load is allowed to be inductive or capacitive to 0.8.Because it says 900 amps on the plate I am therefore under the assumption that regardless of my load characteristics, as long as I do not exceed 900 amps there should be no problem. Or is it a case that my load can only be 520kW and the highest I can allow the phase to go out is up to 640kVA.Hope that makes sense, ill edit if not. Thanks for reading.: Treat all of the figures as maximum rated outputs. The maximum power it can delivery is 520kW, that is why it says 520kW. 640kVA and power factor 0.8 should not be be exceeded either but if your load is pf1 then the 520kW will take precedence. No offence but anyone who can't interpret these numbers shouldn't really be testing equipment of this power.