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Electrical Engeenearing
A diesel power plant is a stationary installation incorporating one or more diesel generator sets with controls and switchgear. Diesel plants are usually used as emergency backup systems for military installations, hospitals, and other vital installations that depend on reliable electric power. There are also diesel power plants that are the only power supply for remotely located installations and communities; for example, remote radar stations and island resort towns. In a diesel plant, there are one or more diesel generator sets, consisting of a diesel engine and a suitable generator. A typical arrangement would involve three generators of which any two can handle the peak load while the third can be held as a standby unit or dismantled for major maintenance at intervals. There will be a switchyard that contains the electrical contactors and safety devices for connecting the generators to the grid as needed, and there will be control panels for the individual generators, as well as synchronizing gear to keep the generators in phase. In many installations these controls are computerized and can be operated and monitored at a distance over the internet or other communications arrangement. Also, there will be arrangements for handling the fuel required by the engines. Often there is a large tank and separate day tanks for each engine. This type of arrangement helps ensure that the entire supply is not lost in case the fuel plumbing or day tank for one generator set springs a leak.
creating steam turbines that can run on ANYTHING to power the electric generators in modern engines?
A diesel electric train will run on biodiesel with minor or NO modification. By adding a steam turbine you will also need to add a steam boiler and all the associated plant. (and water). Then the inefficiency of transporting this weight, swings the balance back to the diesel electric. The best option is to run a purely electric train and generate the power from stationary power station. If you use biodiesel or any other fuel to generate electricity. You don't need to transport the weight of the generator, can control fluid levels better (particularly steam) and you can use better (heavier) forms of pollution control. This applies to cars also.
has anyone ever heard of a 50cc diesel engine? if so, where could i get one and how much is it?also, i just want the engine, i dont want the rest of the scooter, bike, etc.
diesel motorcycle engines were made for the military. They are about 700 cc's and very expensive and rare. 50cc diesels were never made.
I think that they heat up water and put it in a tub right?do they make their own soap?How many times a week do they bathe?
you'd be better off asking in the Religion section.
how exactly to fossil fuel power plants work?
Depends on the type of power plant. There are some, like coal and furnace-type natural gas plants, that burn fossil fuels in a furnace or combustor. The burning of the fuel heat water flowing through a boiler, evaporator, or steam generator to produce steam. This steam is directed to a steam turbine which turns a generator and sends power to the grid. Fossil fuels can also be used in a gas turbine (basically a jet engine mounted stationary) to directly turn a generator and send power to the grid. This is known as simple cycle. The waste exhaust from the gas turbine can be sent through a heat recovery steam generator to produce steam. This steam is directed to a steam turbine which turns a generator and sends power to the grid. This would be a combined-cycle operation. Fossil fuels can be used to run a diesel generator.
Can any anyone help me with this. The generator is a brushless, air-cooled diesel generator without AVR. It is kinda old and it's made from Japan. The manufacturer is Yanmar.
Open up the end of the generator and check the capacitor. It may need to be replaced. You may also have to flash the field if it hasn't been used for some time. Try one of these techniques 1. Plug the electric drill into the generator receptacle. If the drill is reversible, move the direction switch to the forward position. Start the engine. While depressing the trigger on the drill, spin the drill chuck in reverse direction. This will excite the field and the generator will now produce electricity. If spinning the chuck one direction does not work, try spinning the chuck in the other direction as you may have the reverse switch positioned backwards. Use caution not to get your hand or other materials caught in the chuck. As soon as the field is excited, the generator will produce power and the drill will turn on. 2. If the engine is working fine, but there is no output voltage try this trick. It may work on standard alternator type generators, but not on those which use an inverter. It worked for me in the past, but try at your own risk. First check to ensure that all circuit breakers and fuses are ok. Shut off the engine and remove any cords from the generator. Plug in a cord with bare wires on the other end to one of the 120VAC outlets. Connect one end of the cord to a car battery. Very quickly touch the other wire to the other battery terminal. Do not leave it there longer than to create a few sparks or you may destroy the windings. If the residual magnetism in the alternator had weakened, this may be enough to get it started again.
I am shopping for alternative power source as diesel powered generators are becoming too expensive and noisy
A typical home-sized wind turbine generator is only about 10 kW, and costs about $30k to purchase and have installed.
Anyone know the length of Diesel Mechanic MOS training?
Light Wheel? Track? Generator? There are a lot of different Diesel Mechanic MOS's Just look up 63 series (63B, 63H) MOS's on the internet and you can get a rough estimate