Where are Portable Generators Commonly Used?

Portable generators are suited to many areas of use as mobile sources of power. Here are some of the most common uses of portable generators:

Secondary Power for Homes: They are used as emergency backup systems for homes in case of power outages. They enable you to keep basic home appliances such as the fridge, lighting, television, oven etc. running and maintain your daily comfort. 

Camping and Caravan Trips: Portable generators are handy to provide electricity when camping or traveling with a caravan. They are well-suited to providing electricity for camping grounds. 

Construction and Building Projects: They are very useful in providing power to construction grounds or building projects. They provide electricity to run electrical devices such as as drills, saws, welding machines among others. 

Emergency Situations: They can be used as a secondary power source in natural disasters and emergency situations when there is a power outage. They continue to power basic communication equipment, lighting and other important devices in these situations. 

Open Air Events and Festivals: They are used as a power source for open air events, picnics, festivals and concerts. Portable generators power sound and light systems among others at these kinds of events.

Mobile Settings: Portable generators are ideal to provide electricity for mobile sales points, food trucks, traveling merchants and other mobile businesses. They can provide power for all the electrical equipment used by these kinds of enterprises.

Portable generators have a wide range of application. They can answer the varying demands of mobile settings. However, it is important to follow safety instructions and the local legal stipulations. 

What is a Portable Generator?

A portable generator is basically a power unit that is mobile. It usually incorporates an internal combustion engine and an alternator. It burns fuel (generally regular, diesel or propane) in a combustion chamber to generate electricity. The alternator transforms the engines mechanical energy to electrical energy.

Portable generators are commonly used for homes, camping grounds, construction sites, open air events and emergency situations. As they are mobile, they are a quick and practical method of meeting electricity demands.

Here are some basic features of portable generators:

  • Mobility: Portable generators usually come with wheels and carrying handles. This makes them easy to move around.
  • Power Capacity: There are models with different power capacities. This gives a range of choice for varying needs. The power capacity is usually rated in watts (W) or kilowatts (kW).
  • Fuel Type: Portable generators usually run on regular, diesel or propane fuel among others. Fuel consumption and operation time can change according to fuel type.
  • Quiet Operation: Some models run more quietly while others may be more noisy. Quiet operation is important especially on camp grounds or around the home.
  • Automatic Startup: Some portable generator models have automatic startup features. In the case of a power outage, the generator starts automatically.

Portable generators are useful for providing secondary power in case of power outages, enabling mobile enterprises to access electricity and providing power to outdoor events. Whatever the setting, always carefully follow safety precautions and operation instructions.

Which Settings are More Suitable for Portable Generators?

Portable generators may be preferred to meet a variety of needs. Here are some of the common settings where portable generators are handy:

A. Secondary Power Source for Homes: Portable generators are well-suited to provide emergency power around the house in case of power outages. You can continue to power your fridge, lights, TV’s, ovens and other basic household appliances, thereby maintaining your comfort of living.

B. Camping and Caravan Trips: They are ideal to meet electricity demands for camping or traveling by caravan. They provide electricity for camping grounds and open air events.

C. Construction Sites and Building Projects: Portable generators are most useful for construction sites and building projects. They can provide power for all the electrical equipment such as drills, saws, welding machines among others.

D. Emergency Situations: They can be used as a secondary power source for natural disasters and emergency situations. They provide electricity for basic communication devices, lights and other important equipment.

E. Open-air Events and Festivals: Portable generators are very useful to power open-air events, picnics, festival areas and concerts. They keep the sound and light systems running.

F. Mobile Enterprises: Mobile sales points, food trucks, traveling merchants and other mobile enterprises use portable generators for electricity. They provide power for a range of jobs from food preparation to lighting sales points and many other uses.

Portable generators are ideal to meet many demands due to their mobility and adaptability to various settings. Wherever they are used, take care to closely follow safety instructions and local legal stipulations.

How to Determine kW on a Portable Generator?

The kW power of a portable generator is determined by the maximum power output specified on the generator label or operation manual.

Finding the Maximum Output: Your generator should show a “maximum power output” or “maximum power capacity” value on the label or in the operation manual. This figure shows how much power the generator can put out. 

Value in Watts: This maximum power output is usually defined in terms of watts (W). Since 1 kW is equal to 1,000 watts, we have to carry out a simple calculation to determine power in kW.

Conversion to kW: For example if the maximum power output of your generator is stated as 4,000 watts, we divide this by 1,000 to get 4 kW.

This will allow you to calculate the generator capacity in terms of kW. In any case, this figure represents the maximum power output of your generator and generally shows how much power the generator can provide while working under a certain load.