OLENC® Electric Diesel Generator: Everything You Should KnowThe size of the diesel generator market in 2020 was valued at $16.45 billion. This number is expected to rise to an astounding $24.81 billion in 2028. There’s no doubt that diesel generators are here to stay.
They provide reliable power and remarkable fuel efficiency, allowing them to be among the top choices when emergency, reliable power is needed.
Further, they can be hybridized with solar power for an even cleaner source of sustainable power.
In this post, we’ll discuss the primary aspects of diesel generators that every customer should know. Not only will that give you an insight into how they work, but it’ll also help you spot the quality products from the off-brand imitations.
At moment, we value quality over everything else. With nearly 15 years of experience in the field, OLENC® has become a pioneer of diesel generators in the Southeast Asia, Middle East, and Africa.
What Is an Electric Diesel Generator?
An electric diesel generator is a machine that transforms diesel fuel into electricity. By utilizing the chemical energy from the diesel fuel, it drives an alternator to produce the needed power.
Because of that, these power generators become a valuable asset for remote areas or places where power is often unstable.
How Does a Diesel Generator Work?
A diesel electric generator works by burning the diesel fuel inside the engine housing. Among the components is the alternator, which is connected to a crankshaft. The fuel burning spins this crankshaft, which, in turn, rotates the magnets inside the alternator.
Once the alternator spins, it creates a magnetic field, which is then cut through by the wire coils. Due to a principle called “electromagnetic induction,” this interaction generates an electric current in the coils.
This power can then be supplied to other electrical devices using external cords.
How Are Diesel Generators Different From Gasoline Generators?
Diesel generators beat the conventional gasoline generators in almost every way. For starters, diesel generators produce more power than gasoline generators, making them more suitable for industrial sectors and areas where reliable power is constantly needed.
Diesel generators are also more fuel-efficient compared to gasoline generators. They burn less fuel per hour and can last a lot longer, making them more environmentally friendly.
Further, they’re known to be quieter (60-70 dB) compared to gasoline generators (80-90 dB). Lastly, diesel generators are more durable and have a longer running life.
Yet, diesel generators are often a bit more expensive than their gasoline peers, and they’re typically larger, making them suitable for commercial use rather than personal use.
What Are the Uses of Electric Diesel Generators?
Diesel electric generators have various uses that include but aren’t limited to:
Emergency Backup Power
Providing emergency backup power is among the most common uses of a diesel power generator.
As such, these generators are indispensable in critical establishments like hospitals, emergency rooms, cell towers, data centers, and any facility that requires reliable emergency power during blackouts.
Remote Power
Diesel generators provide an excellent source of power in isolated areas where the primary power grid is unavailable or unreliable.
Construction sites and outdoor events are examples of gatherings that need portable power.
Primary Power
In some applications, electric diesel generators are actually the primary source of power.
In some cases, power grids can be unreliable enough for people to prioritize using diesel generators.
Components of a Diesel Generator
Diesel generators are composed of many parts and wires. For the sake of convenience, we’ll highlight the main parts.
The Engine
Diesel generator engines come in 4, 6, 8, 12, 16, 18, 20, and even 24-cylinder combustion engines. The more cylinders the engine has, the more torque the generator provides, but the more fuel it consumes.
Some diesel engines come with aspirated engines, while others come with turbocharged engines that provide extra power without sacrificing fuel efficiency.
The Fuel System
Diesel generator fuel systems consist of five primary parts, they are:
The tank: It stores the diesel fuel supply.
The pump: It pushes the fuel from the tank to the engine.
The lines: These are constructed from lines that can withstand high pressure so they can transport the fuel from the tank to the engine without cracking.
The filters: Filters are responsible for clearing any contaminants that are present in the fuel before it reaches the injectors.
The injectors: These injectors precisely spray the fuel into the cylinders to start the combustion process.
The Alternator
As mentioned earlier, the alternator is the part where the mechanical rotation from the diesel engine is transferred into electricalElectric Diesel Generator: Everything You Should Know
The size of the diesel generator market in 2020 was valued at $16.45 billion. This number is expected to rise to an astounding $24.81 billion in 2028. There’s no doubt that diesel generators are here to stay.
They provide reliable power and remarkable fuel efficiency, allowing them to be among the top choices when emergency, reliable power is needed.
Further, they can be hybridized with solar power for an even cleaner source of sustainable power.
In this post, we’ll discuss the primary aspects of diesel generators that every customer should know. Not only will that give you an insight into how they work, but it’ll also help you spot the quality products from the off-brand imitations.
At moment, we value quality over everything else. With nearly 15 years of experience in the field, OLENC® has become a pioneer of diesel generators in the Southeast Asia, Middle East, and Africa.
What Is an Electric Diesel Generator?
An electric diesel generator is a machine that transforms diesel fuel into electricity. By utilizing the chemical energy from the diesel fuel, it drives an alternator to produce the needed power.
Because of that, these power generators become a valuable asset for remote areas or places where power is often unstable.
How Does a Diesel Generator Work?
A diesel electric generator works by burning the diesel fuel inside the engine housing. Among the components is the alternator, which is connected to a crankshaft. The fuel burning spins this crankshaft, which, in turn, rotates the magnets inside the alternator.
Once the alternator spins, it creates a magnetic field, which is then cut through by the wire coils. Due to a principle called “electromagnetic induction,” this interaction generates an electric current in the coils.
This power can then be supplied to other electrical devices using external cords.
How Are Diesel Generators Different From Gasoline Generators?
Diesel generators beat the conventional gasoline generators in almost every way. For starters, diesel generators produce more power than gasoline generators, making them more suitable for industrial sectors and areas where reliable power is constantly needed.
Diesel generators are also more fuel-efficient compared to gasoline generators. They burn less fuel per hour and can last a lot longer, making them more environmentally friendly.
Further, they’re known to be quieter (60-70 dB) compared to gasoline generators (80-90 dB). Lastly, diesel generators are more durable and have a longer running life.
Yet, diesel generators are often a bit more expensive than their gasoline peers, and they’re typically larger, making them suitable for commercial use rather than personal use.
What Are the Uses of Electric Diesel Generators?
Diesel electric generators have various uses that include but aren’t limited to:
Emergency Backup Power
Providing emergency backup power is among the most common uses of a diesel power generator.
As such, these generators are indispensable in critical establishments like hospitals, emergency rooms, cell towers, data centers, and any facility that requires reliable emergency power during blackouts.
Remote Power
Diesel generators provide an excellent source of power in isolated areas where the primary power grid is unavailable or unreliable.
Construction sites and outdoor events are examples of gatherings that need portable power.
Primary Power
In some applications, electric diesel generators are actually the primary source of power.
In some cases, power grids can be unreliable enough for people to prioritize using diesel generators.
Components of a Diesel Generator
Diesel generators are composed of many parts and wires. For the sake of convenience, we’ll highlight the main parts.
The Engine
Diesel generator engines come in 4, 6, 8, 12, 16, 18, 20, and even 24-cylinder combustion engines. The more cylinders the engine has, the more torque the generator provides, but the more fuel it consumes.
Some diesel engines come with aspirated engines, while others come with turbocharged engines that provide extra power without sacrificing fuel efficiency.
The Fuel System
Diesel generator fuel systems consist of five primary parts, they are:
The tank: It stores the diesel fuel supply.
The pump: It pushes the fuel from the tank to the engine.
The lines: These are constructed from lines that can withstand high pressure so they can transport the fuel from the tank to the engine without cracking.
The filters: Filters are responsible for clearing any contaminants that are present in the fuel before it reaches the injectors.
The injectors: These injectors precisely spray the fuel into the cylinders to start the combustion process.
The Alternator
As mentioned earlier, the alternator is the part where the mechanical rotation from the diesel engine is transferred into electrical