Purchasing a commercial generator is an investment that will serve you well for years. First, however, there are several things you need to know. Whether you are interested in natural gas or diesel engines, there are several things to remember.
Diesel engines
Using a diesel engine generator is a great way to ensure you have a reliable power source when you need it. These engines are also an excellent backup for your home or business. In addition, they can provide you with peace of mind and added security at night.
Unlike gasoline or natural gas, diesel fuel is less flammable and has a longer shelf life. It also provides better fuel efficiency and is safer to store. In addition, diesel fuel costs about the same as gasoline and is more environmentally friendly.
A diesel engine generates electricity using a rotating motor. As a result, it produces exhaust gases that must vent outside. The exhaust contains toxic air contaminants, including carbon dioxide, nitrogen oxide, and particulates. These air contaminants are linked to health issues and lung cancer.
Natural gas
Whether you need a backup power supply or are looking to improve the overall performance of your business, natural gas commercial generators Victoria TX can help you keep running. In addition, natural gas is a more environmentally friendly fuel source that can aid in lowering air pollution from damaging nitrogen oxides and carbon dioxide.
There are several different kinds of generators to choose from. Therefore, you should consider your options carefully and select a generator that complies with the most up-to-date EPA standards.
Choosing a natural gas generator is the most efficient way to generate power. In addition to being cleaner, it is also less expensive than other fuels. In addition, the low cost of natural gas will make it easier to maintain your generator long-term.
Three-phase vs. single-phase
The decision between three-phase and single-phase commercial generators is critical, regardless of whether you manage a small firm or a vast industrial complex. There are several justifications for choosing one over the other. It all comes down to your usage goals and the generator’s capabilities.
Single-phase generators are generally used in smaller commercial applications. However, they could be better for powering around-the-clock equipment like 2-cycle air compressors or industrial applications.
Three-phase generators are ideal for industrial applications. They can provide more steady electricity because of their greater voltage.
Furthermore, they perform better. They utilize less iron and copper. They’re also less susceptible to pulsating distribution and system downtime.
Quiet-running generators
Choosing a quiet-running commercial generator can be difficult, but there are a few factors to keep in mind. Whether you are looking for a small generator for camping or a large one for home use, it’s essential to look for the one that best suits your needs.
One of the most significant factors in quiet-running generators is the size of the exhaust pipes. Different types of generators have different-sized exhaust pipes. For example, an open-framed generator will produce more noise than a generator with an enclosed engine.
Another factor is air density. If the air density is low, the generator will be quieter. Also, the noise will be affected by the surface it’s on. If the character is complex, the noise will be amplified. You can also find mufflers for generators, which will reduce the sound.
Require a reserve or surge capability
Having a commercial generator can prevent costly losses due to prolonged outages. It is crucial to consider the kind of facility you are running while choosing the appropriate size generator. Commercial spaces with multiple pieces of independent equipment require a more significant generator. The same holds for healthcare facilities that rely on breathing or dialysis machines.
Calculating the entire amount of electricity needed for your facility is the most straightforward approach to deciding the generator size. Analyzing your power use over the preceding year will help. Calculating the peak demand during busy days is also crucial. Frequently, this is covered by your monthly fee.
The standard multiplier is three times the running wattage. If you have more than one motor running, calculate the starting current for each engine. For example, a 600-watt motor running on 120 volts will require about 1,800 watts to start.
