If you are planning to buy a new power backup or replace the existing one, it is essential to understand the requirements it should meet to function correctly. At your home, the power requirement might be different from others. So, before buying or installing an inverter, you should know the requirements it should meet.
Keep reading and know the basic requirements that should be met by your house inverters and choose accordingly. Also, we will explain some of its applications.
What is an Inverter?
An inverter is a device that converts Direct Current (DC) into Alternative Current(AC) from the sources like fuel, cells, or batteries. Alternative current needs to be reserved for future use, so AC is converted into DC. However, because DC can be stored in batteries and ultracapacitors, so when there is a need for AC, then with the help of an inverter, DC is converted into AC. Today it is used for multiple applications, from immense grid systems to small car adaptors.
What are the Top Requirements an Inverter Should Meet?
- Understand the Power Requirement
The power requirement is one of the most critical factors your house inverter should meet. It is the total power required by different equipment, i.e., what all electric appliances you want to run on backup during a power failure. - Check the VA Rating Needed (H3 Tag)
VA rating or the Volt Ampere rating can be defined as the current and volt supplied by the inverter to other electronic devices. It would be best if you opt for the inverter with a higher capacity, mostly 60-80%. - Know the Type of Battery Required
The performance of your inverter depends on the battery quality, as it is the backbone. The battery capacity determines how long the inverter will run to provide backup and how much backup it will provide. In simple terms, the battery capacity decides the backup hours and is expressed in Ah (Ampere hours).
Batteries with a capacity of 100Ah, 150Ah, and 180Ah are readily available in the market. You can calculate the required capacity using a simple formula and protect yourself from being fooled by battery dealers.
Also, different types of batteries are available for you to choose from, such as Tubular, lead acid, and maintenance-free batteries.
What are the Applications of Inverter?
- When the main power is unavailable, an uninterruptible power supply (UPS) uses batteries and an inverter to provide AC power. A rectifier provides DC electricity to recharge the batteries when the main power is restored.
- Motor speed controllers frequently use inverter circuits, which are created to produce a flexible output voltage range. A typical AC wall socket or another source can provide the DC power for the converter section. The inverter section’s final output, which determines the speed of the motor working under its mechanical load, is adjusted using the control and feedback feature.
- To modify the performance of a refrigeration or air conditioning system, the speed of the compressor motor can be changed using an inverter.
- Power from high voltage direct current transmission networks is transferred to alternating current distribution systems using massive inverters with several hundred megawatts.
- Grid-tied inverters are made to supply the distribution network for electricity. For safety concerns, they also require a method of identifying utility power to stop feeding the grid with dangerously high levels of power when there is a power outage.
If you want to buy a new inverter for your home, you can check advanced inverters by Luminous. They provide high-quality backups with low maintenance costs and high service lives. On top of that, they offer a wide range within budget, as per your needs and requirements.
Before choosing an inverter for your place, you must check and learn about the basic requirements such as power voltage requirement, how much battery would it need, and much more. Now that you are aware of all these things, you can make wise choices.