A diesel generator is simply the combination of an diesel engine and an electrical generator to produce electrical power. This is quite a special case of generator-engine. Usually a diesel compression ignition engine is generally designed to work on diesel fuel alone, but in some cases other types are adapted to use other liquid fuels or even natural gas. In this article we will look at a few points you should take into consideration before you buy a diesel generator.
Many large companies have been using these generators for decades due to their continuous power supply and reliability. Even though these generators provide constant power they also produce less exhaust smoke and more efficient operation. Most people believe a diesel generator uses only diesel fuel but in some cases it may use other fuels such as petrol. If you are looking for a standby generator then these generators provide a safe and dependable service during blackouts or power failures and do not emit any green house gasses.
A normal diesel generator runs on an engine that puts out around 1200 watts of power per hour. A good quality kw generator will make all the necessary changes to the engine to make it use alternative fuel sources and lower emissions. The electric generator has two speeds: high and low. The low speed is used more often and is cheaper to operate. There are various manufacturers of diesel generators that produce both high and low kw models.
If you are looking for a backup emergency power system for your home or business location, you should consider the type of engine and kw rating that suits your needs best. The size of unit you require will depend on how many generators you plan to use in your area and the size of the facilities you need to store them. If you have a number of different facilities it may be better financially for you to purchase a set amount of diesel generators rather than individually purchasing each one. You can find commercial diesel generators from different manufacturers such as Generac, Mackie, Perkins and Litton.
Diesel engines are more efficient when it comes to generating energy and this translates directly into less fuel consumption. For example a three horse power electric generator will only need a little over five hours of time to complete a full load of work. This saving on time and fuel makes the diesel generator far more suitable for commercial applications. Another important factor is that they tend to better match with natural resources. If your facility is located near a natural gas feed or other energy source, then using diesel could prove to be a cost saving move.
When it comes to installation, the most common generator type is that which is placed on the roof or on poles. Many installations will choose this option as the generator is mobile and able to be moved to suit changing requirements. It is also often possible to have the generator connected to an electrical power grid to reduce reliance on the utility grid. If there are no utilities available in your area, then you could opt to run the diesel engine from a standby generator.
One of the benefits of having a generator of this type is that they tend to provide much higher output than other similar types of generators. In a typical application, one or two hours of continuous power outages could equate to a loss in income for an employer. Diesel engines are able to operate continuously for around eight hours at full load. This figure is considerably longer than a solar panel based system or a gas powered system. The reason for this is that the diesel engines’ air cooling systems are much more efficient, leading to continuous operation over extended periods. One of the major benefits of these engines is that they are highly adaptable to the varying demands of your application.
It is also possible to connect generators together. Typically this is only done if you require one or more load centres. However, there are some cases where connecting generators together can be useful if you are trying to increase your overall capacity. This can be particularly true if the generator is located near a load centre. In some cases a diesel fuelled generator can provide twice the power of an equivalent gasoline powered generator. This means that you will be able to service a much larger area when connecting generators together.