Product list of China Lovol Engine type (lovol)109

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 set

Supply Capability:: 5000 set/month

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Specifications

This Generator powered lovol

Model	Prime Power (KW)	Standby Power (KW)	Engine Model	Engine Power
Model	Prime Power (KW)	Standby Power (KW)	Engine Model	Engine Power
FKS-L22	20	22	1003G1A	26/29
FKS-L27	25	27	1003G	28/31
FKS-L35	32	35	1003TG1A	38/42
FKS-L42	38	42	1003TG	44/48
FKS-L35	32	35	1004G	40/44
FKS-L50	45	50	1004TG1A	52/57
FKS-L55	50	55	1004TG	65.7/72
FKS-L82	75	82	1006TG1A	84.3/93
FKS-L85	78	85	1006TG3A	86/95
FKS-L90	80	90	1006TG2A	92.3/102
FKS-L100	90	100	1006TAG1A	108/119
FKS-L120	110	120	1006TAG	121/133

Q: How to convert kVA (kilo-volt Ampere) to kg/h (kilogram per hour) for diesel generator set (genset)? I want to know the relation about the energy produced (kVA) to the fuel that used (kg/h) in the genset, either it used more diesel fuel or not. i.e the kVA amount produced is 106kVA and the rpm is 1500rpm: You cannot convert KVA to kg/hr. KVA is a unit for power (rated capacity) and kg/hr is the unit for mass flow rate. There is no direct relation between them.

Q: How does a throttle actuator/control for a generator know to increase decrease throttle based on electrical current demand?I’m thinking of building a DC generator using a diesel engine and a PMAC motor but am confused as to how I will vary the engine speed automatically to meet the varying current demand. Thanks!: If you use an automobile generator you can use an automotive regulator to provide a constant DC voltage. These alternators are made to operate at varying RPM's and load and the regulator can be made adjustable to produce any desired voltage. (up to 40 or so volts)

Q: I'm estimating 81 mpg at best, and 47 mpg at worst.: A friend is getting well over 100MPG. But his journey is just about optimum for the car. Plugs in at both ends.

Q: i need to do a project and i need a website that has info on why solar panels are more enviromentally friendly can you please give me some websites?: www agua-luna com

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: I am not recommending it, I am interested in the logistics.: It is used for electricity already.

Q: Having lots of diesel fuel to make electricity (200-800KW)is it better to use a diesel generator or a steam turbine?(Remember : the only way to produce steam is burning diesel)Does anybody know how many KWh can make per 1000gal?: Diesel generators in the 200 to 800 kW range are very common. The cost of anything above 600kW gets pretty high, but the diesel engine is much less expensive than a steam or gas turbine. The advantage to a reciprocating engine vs a turbine is that a reciprocating engine can better react to varying load conditions. Although a gas turbine is generally more efficient than a piston engine, they can not react quickly to a change in load. You also have a lot of excess machinery to utilize the high shaft speed of a turbine. There is one answer that suggests that you count the number of energy transfers. This can be a valid point, but you need to take into account the efficiency at which you are transferring your energy and how much waste heat you can recover and put to good use. A standard diesel engine turns fuel into work at about 35% efficiency, with little chance of recovering any usable waste heat. A turbine converts heat energy into work energy at about 40% efficiency. However, in the case of the steam turbine, a heat exchanger can be used to remove energy from the exhaust and preheat the boiler water, thus requiring less energy input from the diesel fuel, provided the system is at a steady state condition. In practicality, but a diesel genset.

Q: i found a 1998 dodge ram 2500 with turbo diesel Cummings motor, and people tell me that Cummings is the best to get why is that? would $3300 be worth it for this truck?: Cummings okorder

Q: hi i am looking for a generator to provide roughly 25kv for home use. roughly the need is4-5 1.5 ton ac3 fridge3 lcd 32-60 inch6 fansa15-20 lights2-3 computer/laptopmultimedia system2 water pumpssome additional usual house requirementswhat option do have on the basis of following:initial costdiesel / petrol / natural gassizenoise leveloperating costoverall efficiencyi personally like HONDA, but they have only 6.5kv available in pertol/gasi want to avoid diesel due to cost and bad fumesin petrol i can make it convertable to gas as wellbut people guide me that if i go in 25kv than the option is only for diesel.pls guide me.imran.: One other consideration for your generator is the natural gas has less power in the range of 25% If you need 7.5 KW and it is natural gas then the generator needs to be a 10KW unit. Diesel is quite reliable but storage of fuel is a concern, for petrol also. I suggest you contact a local electrical contractor who specializes in home generator installations. 25 KW is about the smallest for your needs. 40 is probably a better choice. All in all they are not cheap.

Q: I understand it as far as the diesel engine driving the generator- or is it an alternator?- to power the motors which turn the wheels. But does each wheel have its own motor, or is it one motor per axle?: Diesel-electric locomotives most commonly use one traction motor per axle, with the motor shaft parallel to and beside the wheel axle and with a simple pair of gears connecting the two. Early diesel-electric locomotives used a DC generator that directly fed DC traction motors, with the generator often doubling as a starter motor. By the 1970s, locomotives commonly used alternators (which were easier to maintain) that generated AC current, which was rectified back to DC to power the same DC traction motors as before. The EMD GP38 was notably produced with both a generator and an alternator, with the alternator-powered version called the GP38AC. AC traction motors became commonplace in the early to mid 1990s - but they do not use the electricity produced by the alternator directly as it is not of the correct frequency. The AC power from the alternator is first rectified to DC, then (using inverters) back to AC current of the correct frequency for the traction motors. GE locomotives use one inverter per traction motor, while all but the most recent EMD locomotives used one inverter per truck. The traction motors are readily visible on six-axle units such as recent EMD SD series locomotives or GE Dash-9 and AC units. These locomotives all have traction motors that face inwards, so that they all face the same direction on each truck. On the innermost axle they extend considerably beyond rim of the wheels toward the fuel tank, visible in this photo I took of an EMD SD40-2: trainiax /photos/2013/2013-05- To account for the different current and resistance characteristics of the electric motors at low and high speed, locomotives have one or several transitions between wiring the motors in series or in parallel, or in a combination of both.

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