Portable Inverter Systems are a great way to have power when you need it. These systems are easy to use and can give you access to energy almost anywhere. You can use these Portable Inverter systems in your home or take them on the road. This article will discuss how to get the most out of your portable inverter generator, so let’s get started!
What is a Portable Inverter System?
A Portable Inverter generator is a type of generator that, as the name suggests, can be easily moved from location to location. Unlike traditional generators with a large engine and requiring regular maintenance (and being very loud), Portable Inverter generators are lighter in weight, more compact and much more efficient than their gas-powered brethren.
They work by converting DC (direct current) electricity into AC (alternating current) electricity using an electronic device called a Portable Inverter which then sends this power to your home’s wiring system through outlets on its casing or cords connected directly to it via a plugging mechanism built into its housing unit for convenience purposes only; this means that you would still need regular extension cords if you want to access outside your house because these units cannot transmit energy over long distances with any degree of success whatsoever!
Types of Portable Inverter Systems
There are various types of inverters that you can use with solar energy power systems. Here are some of them:
- Frequency Inverters (Frequency-Synchronous) – These types of Portable Inverter Systems synchronize the frequency of your battery bank with your utility grid to ensure maximum efficiency in power transfers. They also help reduce line losses, improve reliability, and reduce maintenance costs.
- Voltage Inverters (Voltage-Synchronous) – These Portable Inverter Systems convert DC from batteries into AC for use by appliances and other electronics connected to it. They allow you to run devices that require AC power from a DC source, like solar panels or battery banks, without using an additional converter.* Microinverters – This type of system converts DC generated by a single module within a PV array into AC power which is then fed through junction boxes directly into each panel’s wiring rather than going through a central controller box or string combiner box.* Power Optimizers – Unlike microinverters, these do not produce any direct output but improve efficiency by optimizing voltage and current at various points throughout an array based on operating conditions such as temperature changes or shading due to wind movement etc., thereby increasing overall performance while lowering cost per watt compared with traditional central Portable Inverter/string combiner setups.
How to use a Portable Inverter System
If you have a portable inverter generator, you can use it to power appliances and tools that are 120 VAC. To do this, connect the device or tool directly to the 120 VAC output of your generator using an adapter cord.
If your portable generator has built-in outlets, ensure they aren’t turned off before plugging in devices!
Most inverter generators will work with basic electronics (such as laptops, phones and tablets) if they’re at least 12 VDC. However, these devices won’t be able to handle large amounts of the current, so don’t try running an entire home’s worth of electronics on one inverter system alone. Portable Inverter Systems are designed for small applications—not powering the house as a whole during normal usage!
Size of the Portable Inverter
The size of the Portable Inverter is essential because it determines how much power you can use. Larger inverters are more expensive but give you more power, whereas smaller models are cheaper but don’t give you as much. Inverters come in various sizes, so it’s worth considering how much energy your home needs before deciding which one to buy.
Power Cord Length and Gauge
It would help if you considered a few things when determining the length and gauge of your power cord. The first is that it should be at least 6 feet long. If it’s shorter than that, you could run into problems with how far away from an outlet or extension outlet you can place your Portable Inverter Systems.
Secondly, the gauge of your power cord should be at least 12AWG (American Wire Gauge). This will help protect from voltage drop and provide sufficient amperage to operate your equipment safely.
To determine what gauge of cord size to use for any given application, use this formula:
- Amps = Volts / 120 = Wattage / 1000 = Average Length in Feet
- Ampacity= Current rating in amps x duration in hours per day
- Example: 15 Amps x 8 Hours x 365 Days = 2317 kWh/yr (1 Kilowatt Hour = 1 kilo volt-hours)
If we plug our numbers into our formula above:
Amps = (120 V * 15A)/120= 2200Watts /1000= 2kWhrs/hr * 8hrs/day *365days/yr= 2317kwhrs/ yr
Benefits of using an Portable Inverter Generator
- Portable inverter generators are easy to use.
- They are easy to transport and store.
- They are very easy to maintain.
- Portable inverter generators can be used anywhere you want because they weigh less than 2-3 kgs and can be carried easily in your handbag or backpack.
When you have a Portable Inverter generator, you can have electricity anywhere at any time.
When you have a Portable Inverter Systems generator, you can have electricity anywhere at any time. If you are looking to power your home, business or RV, this is the best choice. You can also use it to power your boat or even car if needed!
Inverter Generators are used in many different applications, such as:
- Power tools
- Construction Equipment
- Lighting and heaters
Portable Inverter generators are the perfect solution for any situation where you need electricity but don’t have access to a power outlet. They give you the freedom to do anything from cleaning your house with an electric broom to watching movies on your laptop.