What is the Advantage and Disadvantage of Deutz Diesel Generator

The Advantages & Disadvantages to Industrial Diesel

When your facility needs a new generator, you will be faced with several options in regard to the fuel source used to run the generator. Due to their numerous benefits, many companies choose to use diesel generators. However, any business leader should know that diesel generators have drawbacks as well. Here, we will explore the pros and cons of using an industrial diesel generator so that you can make an informed decision for your company.

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Pros of Diesel Generators

Diesel generators are a great choice for many industrial facilities in California. They offer the following benefits:

Low maintenance

Diesel generators are known to require less maintenance than other types of generators available on the market. This is because the generator's engine requires fewer components to start, so you won't have to worry about changing spark plugs or rebuilding carburetors like you would have to with a gas engine.

Fuel efficiency

Fuel should be an important consideration for anyone purchasing a generator. While diesel might cost slightly more than other fuel sources, these generators tend to consume less fuel than gas generators when performing the same amount of work. This means that you will have to fill up less often.

Durability

Diesel engines are extremely tough in the workplace, so they will hold up through much wear and tear in a variety of environmental conditions.

Safe storage

Diesel fuel is much safer to store than other types of fuel, like gasoline, which is extremely explosive and would ignite easily if it were to spill. While still flammable, diesel carries a much lower risk for igniting. It also has a longer shelf life than gasoline, so you will get a better quality fuel from your stored supply.

Enhanced lifespan

You'll find that diesel generators typically outlast gasoline generators. Some models are known to last three times as long as a comparable gas-powered generator. With proper maintenance, a diesel generator has the potential to work through many years of service before it will need a major overhaul.

Continuous power supply

When you do experience a blackout, a well-maintained diesel generator can prove very reliable and keep your critical power systems running for long periods of time. This will keep downtime to a minimum so that your facility doesn't experience significant financial losses while you're waiting for the power to return.

Power output

Diesel generators are capable of handling larger power loads and will run for longer durations than other types of generators available. This makes them a perfect choice for remote sites where the power grid might be unreliable.

Cons of Diesel Generators

Like any generator type, diesel generators have some disadvantages. Cons of using one include:

Noise

This should be a consideration when selecting a generator. Diesel units can be very noisy, so they're often placed away from work areas. Today, there are also soundproof barriers that business owners can use to reduce the sound in the workplace.

Costs

Setting up a diesel generator can cost more on the outset than other generator types. However, since the cost of running and maintaining a diesel generator is very low, you might find it the more economical choice over time compared to a gas-powered one.

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Accessibility

You should keep in mind that fuel may not be accessible during a blackout. You don't want to find yourself without a power source, so remember to keep a supply of diesel fuel on-hand at all times to avoid disruption to your operation.

Emissions

One of the major drawbacks of diesel generators is that they produce carbon dioxide, nitrogen oxide, particulate matter, and other dangerous exhausts that release into the atmosphere. Those concerned about environmental sustainability might find that a natural gas generator is a better option since it is a cleaner burning fuel.

Bulk

While extremely sturdy, diesel engines are made from big and heavy components that can make repairs expensive. However, this can often be mitigated by the low maintenance requirements and fuel efficiency.

Maintaining a Diesel Generator

Maintenance is a key consideration for any generator. Manufacturers recommend following a specified maintenance schedule to keep your generator running at its peak. Usually, this happens after a certain amount of service hours. You should perform maintenance any time that you notice your generator isn't operating as efficiently as it should.

Additionally, it's a good idea to perform maintenance whenever there has been a major weather event. For example, after a dust or rain storm. Exposure to dust and other airborne contaminants can greatly affect your generator's performance, causing clogs in the filters and making your generator work harder to do the same job.

While maintenance requirements are extremely low for diesel generators, some tasks will need to operation periodically. These include:

• A general inspection of all components
• Draining and changing the coolant, oil, and fuel
• Cleaning or replacing filters
• Testing the generator battery
• Running the engine to test operation

Regular maintenance will help maximize the investment that you've made in your diesel generator. Keep up with your maintenance tasks and attend to any repairs promptly, your generator will work for years to come. We recommend setting up a preventative maintenance plan in advance. This ensures that your generator operates at maximum efficiency. Be sure to keep a log of these inspections so that you can refer to it if necessary.

So, Should I Buy a Diesel Generator?

Whether or not you should use a diesel generator will depend on your company's needs. You can usually find diesel generators in industrial sectors. They have high efficiency and ability to produce a massive amount of power. With their low maintenance, fuel efficiency, and durability. You might find that the benefits outweigh the cons of using a diesel generator for your facility.

Today we will briefly introduce the main advantages and disadvantages of asynchronous diesel generator sets.

Main advantages: The cage rotor asynchronous diesel generator set is simple in structure and firm, especially suitable for high peripheral speed motors. Without collector rings and carbon brushes, it has high reliability and is not restricted by the place of use. Since there is no rotor excitation magnetic field, no synchronization and voltage adjustment devices are required, and the power station equipment is simplified. The load control is very simple. In most cases, the turbine governor is not needed, and the turbine can run at full speed or at a variable speed within a certain speed range under the locked guide vane opening. Although the asynchronous diesel generator set may appear power swing, it does not have the similar oscillation and out-of-step problems of the synchronous diesel generator set. Grid connection is easy to operate.

The main disadvantage is that the large-capacity asynchronous diesel generator set must be run in parallel with the synchronous diesel generator set or connected to the grid, and the synchronous diesel generator set or the grid provides the excitation reactive power required by itself, so the asynchronous diesel generator set is the reactive load of the grid. Although in principle, the asynchronous diesel generator set can operate in a self-excited state with the help of capacitors, but in this operating state, the diesel generator set has a weak voltage regulation capability, and when the diesel generator set reaches a critical load, it will cause voltage collapse. The excitation of asynchronous diesel generator sets can generally be provided by synchronous diesel generator sets, grid or static capacitors. The specific excitation supply method is determined by the power station type or grid operating conditions. Although asynchronous diesel generator sets cannot provide the reactive power required by themselves and the load, which may be a drawback, when used properly, they can be used as a means of grid reactive power optimization. It will bring obvious technical and economic benefits to the power station and power grid.

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