Reason why you should consider inverter to generator
What is an Inverter?
An inverter converts the DC voltage to an AC voltage. In most cases, the input DC voltage is usually lower while the output AC is equal to the grid supply voltage of either 120 volts, or 240 Volts depending on the country.
The inverter may be built as standalone equipment for applications such as solar power, or to work as a backup power supply from batteries which are charged separately.
Inverter generators draw power from a DC source (e.g., a solar panel, car battery or their own gasoline powered motor), and converts the DC power into AC power using electronic circuitry.
The converted electricity can be produced in different voltages and frequency, depending on the equipment to be used.
What is a Generator?
Generators are useful appliances that supply electrical power during a power outage and prevent discontinuity of daily activities or disruption of business operations. Generators are available in different electrical and physical configurations for use in different applications.
Conventional generators have been around for quite some time, and the core principles used to make them have always been the same.
They are made up of an energy source, which is usually a fossil fuel such as propane, diesel or gasoline. This energy source is used to power a motor that’s attached to an alternator to produce electricity.
Benefits of an Inverter
The following are reasons why these generators are so popular.
Quality of Power Output
These generators produce power that is as reliable as line power. This is especially nice for powering your smaller devices like phone chargers and desk lamps. Traditional generators, on the other hand, produce raw power that is best suited for powering large electrical systems like central air conditioning.
The inverter generator small is small and lightweight, making it easily portable. Despite its small size, the unit is very efficient. People bring it camping and in RVs. Traditional generators are bulky and a hassle to move. They have their uses of course, though you wouldn’t think to carry one along on a fishing trip.
This type of generator automatically adjusts the engine acceleration to produce only the needed power output. This makes for a smaller gas tank, lower fuel costs, and lower emissions. Traditional generators run at 3,600 rpm and at a frequency of 60 Hertz per cycle. The inverter generator runs at a lower rpm while maintaining the correct frequency for the load at hand.
Inverters are silent
Generators make a lot of noise when turned on. This can be very annoying, for the user. Inverters on the other hand are primarily electrical products, and produce almost no noise. Because the engine never runs at full speed, they work quietly compared to traditional generators. The volume is supposed to be equal to human conversation. This makes taking a generator along on a trip more appealing because you can use it, literally, without the headache. For home use during a power outage, it won’t bother your neighbors.
An inverter generator can be coupled with another one when you need more power. You can use multiple generators to do the work of a larger, bulkier traditional generator.
OTHER ADVATAGES OF INVERTER
Inverter are safer
Inverters are much more reliable to use than generators. First, using a generator requires buying and storing petrol/diesel. When doing this, one has to be very careful because such fuels are highly flammable. Inverters do not require any fuel. Second, generators emit fumes- which apart from being bad for the environment, are also dangerous for your health. Inverters do not produce fumes.
Low running maintenance costs
Inverters are easy to run, relative to generators. Generators require fuel to power it as well as engine oil to lubricate its parts for smoother operation. Generators also require monthly maintenance. The cost of professional repairs, maintenance and regular fueling makes the usage of a generator very expensive. Inverters require no fuel and need very little maintenance.
Inverter inbuilt surge defense
Inverters are built to be able to withstand spikes in power. They have miniature circuit breakers which help them resist an overload in power. In a situation where there is a wrong connection, or there is too much electricity flowing, the circuit breakers will break up the power until this is fixed. Circuit breakers also help to prevent overloading of the power source. I
Inverters turn on automatically when power is cut
Inverters are designed to come up automatically in the event of a power outage. This is a true definition of an uninterrupted power supply. Generators do not have such ability, and you have to put them on manually before power can be restored.