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Generators can be run on many fuels, including heavy fuel oil as well as propane gas. The price of the generator, the availability of fuel, price available, fuel storage aspects and emission profiles of each fuel are all factors which influence the choice of fuel. Generators are able to utilize a variety fuels, including naphtha and biofuels. But the most used fuels are natural gas, diesel, propane, and natural gas. What are diesel generators and how do diesel generators work? Generator engines are just like cars engines. They differ depending on the fuel they use. Diesel engines are a compression ignition engine. They ignite the fuel by heating it to an autoignition temperature. Diesel fuel’s relatively low autoignition temperature of 410 degrees F makes it a good fuel ideal for, well, diesel engines. Electric starter motors are utilized to start small diesel engines. It pushes the pistons of the engine, thereby compressing the air inside the cylinders and increasing the temperature. This is referred to as cranking the engine. When the temperature inside a piston gets to the autoignition temperature for the fuel, fuel is injected into the cylinder and instantly ignites. This causes the piston to move forward (with an exhaust valve that opens to release the gas) and then moves the crankshaft. The other cylinders fire too, creating the turning motion needed for electricity generation and to sustain the cycle of ignition and compression of the engine. In contrast, gasoline engines pump fuel and air into their cylinders all at the simultaneously, and require sparks to ignite. Diesel engines are durable and last for a long time because they use a simple ignition system. Since there aren’t any spark plugs, radio frequencies cannot be generated that can interfere with sensitive electronic equipment. Diesel engines are extremely efficient, including at lower load, due to their high compression ratio. Only vehicles with diesel engines are allowed to enter the United States National Radio Quiet Zone. The United States National Radio Quiet Zone is a vast area located in Virginia and West Virginia that restricts radio emissions to prevent interference with radio telescopes. Another option for Redirecting fuel for generators is propane. Propane engines function on the same spark-ignition principles like gasoline engines. Propane engines pump a mix of air and fuel into the engine’s cylinders, which ignites a spark plug the mixture. Propane offers a number of advantages that make propane generators ideal for use in residential backup power requirements. Diesel and gasoline will both get rotten within a few years and keeping a canister of either fuel in the house could produce fumes. Diesel and gas can be spilled, which will lead to a difficult clean up. Propane can be stored for an indefinite period without the risk of spillage. A lot of homeowners have tanks of propane in their homes. This means there is no necessity of a separate fuel canister. What are natural gas generators and how do they operate? Natural gas generators are very similar to propane generators. Both generators require spark plugs, and both emit clean emissions. Natural gas usage is usually only practical in locations which are connected to an energy distribution system and self-storage is not a common option. Rural areas are not affected by this. Natural gas generators are well-suited for commercial and industrial applications in areas with a steady gas supply. In the United States, natural gas is typically very cheap and readily available. It is advantageous not to have fuel stored on-site in big-scale installations that require huge quantities of fuel. Natural gas is also versatile since it burns in a clean manner. This means that it is able to be used more easily than gasoline or diesel generators. The primary consideration when selecting a generator is the purpose it will be used for. Generators are rated for various purposes and different situations. A good generator will perform just like the correct batteries for an RV. One battery powers the engine, so it must give energy. But, the leisure battery that powers the refrigerator and lights will require a lesser amount of energy over a longer period of time. Generators can be viewed in the same way — is the requirement for power be high for a short amount of time or fairly large for a long time or is the generator in continuous usage? There are three primary types of generator usage: standby power, prime power and constant power. Modular generators allow for the most efficient alternator and engine combination for the task at hand. An individual generator may be used for different applications and display various output ratings for nameplates based upon the purpose. That is, the generator might provide all of its rated power in one application such as emergency usage, but only 70% during continuous operation.