Inverter generators vs. traditional generator

Traditional generators: powerhouse of durability and affordability

Stepping into the realm of traditional generators, we find a time-tested solution to various power demands. Traditional generator engine is usually powered by gasoline, propane, diesel, or natural gas. It converts fuel chemical energy into useful mechanical energy through combustion, which drives the generator head. An alternator, which makes up the generator’s head, utilizes electromagnetic induction to transform mechanical energy into electrical energy.

Characteristics of traditional generators

• Durability: Traditional generators can produce high power output, making them ideal for powering heavy-duty equipment and appliances. They are often encased in robust frames, can withstand rough handling, heavy use, and harsh weather conditions.
• Affordability: They generally come with a lower price tag compared to their inverter counterparts, making them an economical option for budget-conscious users.
• Wide range of power outputs: Traditional generators cover a broad spectrum of power outputs, offering versatility in usage. You can use them as a backup power source for homes, businesses, shops, etc(they have a fixed location, and you can’t move them). If you like traveling in RVs or camping, use a small portable generator to power the electrical equipment inside your RV, camper van, or motorhome (you can move them or take them from one place to another).
• Easy to maintain: Traditional generators are easier to maintain than inverter generators, with simple engines that are easy to service and repair.

Drawbacks of traditional generators

• Noise pollution: Traditional generators can be quite loud. These generators can disturb residential areas, camping, etc.
• Voltage fluctuations: Unlike inverter generators, the power output of traditional generators is often inconsistent with fluctuations in voltage and frequency., which might not be suitable for power-sensitive electronics. This may harm sensitive electronic equipment (computer, audio, stereo, etc.).
• fuel efficiency: Although you can get generators that run on a variety of fuels (propane, gasoline, natural gas, and diesel fuel), traditional generators have poor overall fuel efficiency. This means that traditional generators may need to be refueled more frequently.
• bulky and heavy: Although you do find some portable models, they are still heavy units. Standby generators are larger devices that don’t even have the option to move from one location to another.

Practical applications of traditional generators

Given their high power output and ruggedness, traditional generators are ideal for situations requiring a substantial amount of power. Their affordability also makes them a popular choice for users who need powerful generators but are working within a tight budget.

Unlike inverter generators, traditional generators typically produce electricity with higher total harmonic distortion (THD). As a result, traditional generators are generally not recommended for powering sensitive electronic devices that require clean and stable power, as it may cause potential damage or interference to these devices.

Traditional generators have many applications. Here is a short list of the main applications of generators.

Generators’ first and primary application is as backup power devices during emergencies. You can use traditional generators as a backup power source in case of power outages, especially in areas with power grids or during natural disasters.

traditional generators are also helpful in agricultural settings to power farm equipment and irrigation systems.

If you work in remote locations such as mining or oil exploration sites, access to electricity is very limited. You can use traditional but portable generators to provide electricity.