generator set 1
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- -
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
Credit Rating, Credit Services, Credit Purchasing
You Might Also Like
- Q: I need these values for 400 KVa and 150 KVa plants in order to run an air pollution computer simulation. Thanks!. Volumetric flow is not useful for me,because i don't have any information about flow areas or diameters.
- This is a difficult question to answer accurately. The velocity of the exhaust gas is highly dependent on the size of the exhaust pipe. A smaller exhaust pipe, a much higher velocity --- a larger exhaust pipe, a much slower exhaust gas velocity. A 2 exhaust pipe would have about 2.25 times the velocity of a 3 pipe. The exhaust velocity is highly dependent as well on the RPM of the generator. Double the RPM, and there is much higher pressure, and much higher exhaust gas velocity. An attached article mentions that the exhaust velocity in some unspecified gasoline powered car --- and at some unspecified RPM --- is about 240 to 260 feet per second. autolounge /tech/exhaust.html
- Q: I am buying a portable generator in order to power up to six, 500 watt halogen work lights to light up my horse arena at night. what are some things I should consider in terms of features that are needed in this application. Also, I don't want alot of bells and whistles, I need to keep as low cost as possible but still safe and quiet.
- To the past comment regarding fuel consumption - You sated: For some reason, a big generator- say 6000 watts will go through twice as much gas as two 3000 watt generators! No idea why. Look it up if ya want. Totally true. Anyways, that ratio is far from accurate. Don t be misconstrued by not taking into account the fact that the listed specs for any unit describes fuel consumption based on load. All the listed specs show consumption-over-time, indicating that that consumption is during operation of the unit while at only 1/2 of the maximum rated load capacity. For your perusal, some generator specs taken from authorized Honda dealer web sites. Honda ~3500 (max watt) series Tank Size:6.2 Gallons Run Time (50% Load):16 Hours And the Honda ~6500 (max watt) series 6.2 Gallons Run Time (50% Load):10.4 Hours Anyways, if one were to crank up the Honda3500 from its 1/2 load of say 1750watts, to say about 3200watts, I would gamble the fuel consumption rate would spike significantly, and to the point where heat and exhaust would factor in largely; the 1/2 load operation for the 6500 series would yield 3250watts, incidentally. Even if there were so be some kind of (likely negligible if any) savings by having and utilizing 2 of the 3500 units at the same time, would it make up for the additional money spent on the cost of ownership of the 2 units, versus the single expense of the more powerful unit? (one of the 3500w units $1,600 while the 6500w costs about $2700+/-) Also, would someone want to occupy space with 2 units at once, either while in use or in storage? What about the chance of more things going wrong while running 2 units, let alone the increase in noise (et al) pollution. I would fathom the 6500w engine, and all moving components, would be much less taxed over time with respect to the similar output of the 2-unit scenariowhich sounds chaotic and in illogical, and was not even thought out.
- Q: I am thinking about installing solar panels on my roof and I am just wondering if it will be possible to completely get my house off the grid. I live in the state of Missouri. I am thinking to buy a house in Florida also and I want to install solar panels on that house if I ever buy it. How many KW will it take lets say for an average 3-4 BDRM?
- You will need about $40,000 to $50,000 for an average house not including using it for heat or air conditioning (unless running generator a lot). To be off grid, your system will require the following: Many panels (approx. 16) large battery bank (approx 24 large golf cart type) Charge controller (Converts ac to dc and controls charge to batteries) Controller / Rectifier unit (controls power flow from/to generator, batteries, and loads) Gas /Diesel Generator (approx 10KW size) Safe building with good ventilation for generator and Batteries (extreme fire/explosion danger if not) Lots of wiring Lots of patience and great care to use minimum power, or batteries will not last long enough and running generator is much more expensive than grid power.
- Q: i recently bought a reflux still it requires a 120 volt water pump to run it so my problem is i have the pump i just cant figure out how to get power i cannot use a gas or diesel generator cause it is to loud moon shining is illegal so the generator will get me caught i need a way to power the 120 volt water pump quietly and i don't got a lot of money in my budget so i need a way to power it for under a hundred dollars
- Your choices are limited. You can get a bunch of auto batteries and an inverter. How many batteries and the size of the inverter depends on the load of the pump, which you don't mention. Or a long extension cord.
- Q: i need a generator that can be continually run for years it needs to be able to easlly provide enough power for five one person cabinsi am going to use this to power a camp so it needs to withstand the outdoor elements i am looking for a brand name and an approximate costthank you to all who answer
- Contact several local electrical contractors in your area to get some design build estimates. The size is a small consideration rather the durable type of generator you need that can run as a quiet unit for many years is a problem. The best solution is probably 2 or 3 medium size generators that can be run in a parallel configuration. 5 units to power might be as little as 100 amps each so 500 amps at 240 volts is about a 120KW so 3 units of 40 KW each might be a consideration. Using multiple units will allow maintenance on one unit and not lose power. For prices the electrical contractor in your area will know more about what the labor rates are for this type of project. I will give AWAG that $10,000 per KW is not too far off.
- Q: Having a basic background in electric and family moving into a remote prefab home with no electric, water, or gas, I decided to help. House and work shed electric requirements are simple, totaling a possible 5kwh at a given time to the shed, and 7kwh to the home. Obviously the home will have constant electric requirements (fridge, fans, etc). I cannot imagine it is economical nor efficient to run a diesel generator 24/7 for energy production as needed. Here are my questions:1. Should I use a stand-alone or emergency backup generator.2. Should I go with the conventional wisdom of choosing a generator that operates at 80% capacity for 1005 of my needs. IE: I need exactly 12kw maximum, so a ~14kwh generator.3. Solar panels have storage batteries. Can I use 12v or 18v, or an industry specific battery to only operate the generator for several hours a day for storgae of power? I know this is incredibly inefficient, any alternatives?Any help is greatly appreciated. Just need to be pointed in the right direction.
- when you are using your generator, if you have out side power turn it off. look for farms some of them have PTO generators they hook up to a tractor.
- Q: husband is looking for something that he can use for power that is more economical. (no natural gas lines)
- No, not if you are talking about running this all the time 24/7, if this is what you are implying to here. You can not run a home on any generator as cheap as the utility company sells it for. Now if you are referring to a back up system just in case power goes off then yes propane is not bad as far as the cost goes. With the prices of fuels Propane for me right now is less expensive then diesel fuel is, which diesel gen set would be a good option as well. If you are talking about a total electric home with heat you are talking a big generator anyway I would not use anything less then a 23.5 kw or larger if you are in a cold climate. depends on your actual demand but if you have electric heat they use a lot. As compared to a home with gas heat and they can get by with some as small as 9 .5 kw to get them by. If you want to check in to green or free power solar does help as well as a windmill. The initial cost is very expensive to start though.
- Q: I figured it might be diesel generators but I wonder how all that works. I am curious person. LOL
- Yes there are usually several diesel generators to supply electricity. On older vessels a steam turbine drove a generator for power.
- 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.
Send your message to us
generator set 1
- Ref Price:
-
- Loading Port:
- China Main Port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- -
- Supply Capability:
- -
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
Credit Rating, Credit Services, Credit Purchasing
Similar products
Hot products
Hot Searches
Related keywords
