Factory price china yuchai diesel generator sets 70kw

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Factory price china yuchai diesel generator sets 600kw

Generator~ Diesel generator ~Natural gas generator

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
FKS-Y18	18	22.5	YC2108D	2	≤225	17007001000	650
FKS-Y24	24	30	YC2115D	2	≤220	17007001000	650
FKS-Y30	30	37.5	YC2115ZD	4	≤205	17007501000	900
FKS-Y40	40	50	YC4D60-D21	4	≤205	18007501200	920
FKS-Y50	50	62.5	YC4D85Z-D20	4	≤200	18007501200	950
THY-64	64	80	YC6B100-D20	6	≤205	22508001300	1200
FKS-Y75	75	93.75	YC6B135Z-D20	6	≤202	22508001300	1250
FKS-Y90	90	112.5	YC6B135Z-D20	6	≤202	22508001300	1300
FKS-Y100	100	125	YC6B155L-D21	6	≤200	23008001300	1500
FKS-Y120	120	150	YC6B180L-D20	6	≤192	23008301300	1600
FKS-Y140	140	175	YC6A210L-D20	6	≤192	23008301300	1700
FKS-Y150	150	187.5	YC6A230L-D20	6	≤192	24009701500	2100
FKS-Y160	160	200	YC6G245L-D20	6	≤195	25009701500	2300
FKS-Y180	180	225	YC6L285L-D30	6	≤197	26009701550	2500
FKS-Y200	200	250	YC6M350L-D20	6	≤197	310010501750	2750
FKS-Y220	220	275	YC6M350L-D20	6	≤197	310011001750	2800
FKS-Y280	280	350	YC6MK410L-D20	6	≤195	320011501750	3000
FKS-Y300	300	375	YC6MK470L-D20	6	≤195	320012001750	3100
FKS-Y320	320	400	YC6K500L-D30	6	≤195	325012001750	3200
FKS-Y350	350	437.5	YC6K550L-D30	6	≤195	325012501750	3250
FKS-Y350	350	437.5	YC6T550L-D21	6	≤195	330012501850	3500
FKS-Y400	400	500	YC6T600L-D22	6	≤195	340015001970	3900
FKS-Y440	440	550	YC6T660L-D20	6	≤195	350015001970	4000
FKS-Y500	500	625	YC6T755L-D20	6	≤195	400015002000	5000
FKS-Y650	650	812.5	YC6C1020L-D20	6	≤195	450018002500	7500

Q: I could see how it could benefit certian classes of commercial trucks,heavy equitment;ect!but what about passanger cars though?: Diesel -electric has long been used in trains, buses, ships, mine equipment. Diesel has 30% more energy per gallon over gasoline. Diesel is a by-product that is refined from trying to make gas from crude oil. Diesel can also be made from soy beans, coal oil, vegtable oils, used cooking oils. The new Blue tec diesel engines exhaust is even cleaner then the air that went into the air filter--(cleans the air as you drive). Diesel doesn't evaporate ,. The old vw rabbits use to get 48 mpg highway---that was 24 years ago, diesel engines have gotten cleaner and more powerful for their size. Generators normally never go above 3600 rpms. So the idea of a engine that has so many ways to make the fuel, fuel that has more energy per gallon, cleans the air as it drives, the engine has plenty of torque for it's size and weight---just makes scents to me that it would make a good hybrid

Q: Hi. I'm thinking about getting a Kubota Diesel Generator. I have read in many places that the Kubota Diesel engine is the gold standard of Diesel engines. So I'm not worried about that. What i need to know is this, is the generator as a whole dependable? Will over loading it for a few short seconds when the AC compressor kicks in burn it out or shorten its life?Any other insight would be appreciated.Thanks for your answers: Kubota diesel plants are being used more and more in industry, replacing some of the old standbys like Kohler, Perkins and even Caterpillar in lighter applications. I don't think you will regret buying a Kubota.

Q: Can you estimate the amount each year in CA.?What are the concerns/issues related to this application.: many years ago, when Bank of America needed such, the choice was between diesel or jet turbine. the money was about the same. the needed load was better met by diesel at that time. diesel and turbine fuel storage does not run the risk of leaking. in addition, the generators are used several times a year, during periods of high demand, as requested by PGE, for which the bank gets a reduced rate on it's electricity all year round. after the Loma Prieta quake, the bank came within 6 hours of running out of fuel for the generators.

Q: i have 350kw old diesel generator and want to calculate the exact consumtionption at various loads.: Generator Fuel Consumption Calculator

Q: I was also wondering what you but in them for them to work (gas, electricity etc.): You can get generators that are powered by gasoline, diesel, natural gas, or LP gas engines.

Q: Have a big V12 Diesel Generator what is the purpose of the governor / actuator and also the Speed and Load Controller?: Governor Actuator

Q: For over a year, about once a month I start this Jeep and run it about 10 minutes. Zero problems until yesterday. It has fresh gasoline just added, cranks over fine, has spark (I have a spark tester) but will not 'pop' over. Upon closer inspection I see it has at least 6 Bosch type relays under the hood and know if one sticks something will not turn on. Any idea's where to start troubleshooting?(I am a retired US Navy diesel generator mechanic).: Yeah.

Q: Hi.My diesel electric generator has a sticker that says Change oil every 100hrs. Use 10w-30 grade CC. But I can't find this oil anywhere. The closest I have found are 10w-30 Mobil1 synthetic oil (API SM/CF) and 15w-40 Pennzoil gold (with diesel protection, API CJ, CI, CF etc. /SM). Which one should I use?Thanks!: I beleive that CC is obsolete. Search diesel engine oil and find the one that matches your engine type.

Q: Diesel?Coal?I mean modern trains, like freight and passenger ones.Thanks!: Both actually, diesel fuel mostly but not entirely, here's why: All modern trains are actually electric and the diesel engine just runs a great big generator to power the electric motors. However some trains are electric and have no diesel engine at all, they get their electricity from overhead power lines. So, seeing as how more than half of all electricity in the U.S. is generated by coal, one would have to say that coal does indeed still power some of our trains and will for years to come, it is done indirectly.

Q: Can u plz help me to solve following problems:1.After an AC generator has been paralleled explain how the following are achieved for the incoming generator(i)Correct kW load sharing(ii)Correct load current when the generator has a different power factor to the other generators2. the cumulative damage that may be caused when the alternators are incorrectly synchronized3.For alternators operating in parallel the consequences of:(i)reduced torque from the prime mover of one machine(ii)reduced excitation on one machine: 1. (i). Each engine should carry the SAME LOAD PERCENTAGE-wise, eg. 80%, to minimize the load change burden on the rest. (Smaller engines may run at full load, since their contribution may go unnoticed.) Since the overall kW bus load is constant, each generator will pickup a percentage of it, by controlling the torque on each prime mover. If it is a steam turbine, by throttling steam flow. If it is a diesel engine, by throttling fuel, and so. (ii). Each alternator should be adjusted to carry the SAME POWER FACTOR, by adjusting excitation accordingly, eg, .85, to avoid stability issues. Running alternators at leading power factors may turn the system unstable and force loss of synchronism 2. Considerable mechanical damage will be caused by incorrect synchronization to windings, shaft and keyways. 3. (i) reducing torque on one a prime mover is done when preparing to take it out of service. This has to be done gradually, so that other machines can pickup the load slowly. When close to unloaded, the generator can be taken off the grid. Power should never be reduced to the point of allowing the generator to be motored, i.e., reverse power flow, which can cause unpredictable damage to the turbine and system instability. (ii) reduced excitation is a very dangerous condition which will cause the power factor to turn leading, i.e., capacitive, weakening the synchronizing torque with possible loss of synchronism and forcing the bus voltage up. .

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