Home News Here’s How to Calculate the Backup Time for Your Inverter at Home 

Here’s How to Calculate the Backup Time for Your Inverter at Home 

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Inverter systems are a familiar sight in our homes and offices, where they serve an important role in ensuring that sensitive loads and devices receive uninterrupted power. However, inverters must be appropriately sized for domestic applications to fulfil the predicted load demand.

Here’s How to Calculate the Backup Time for Your Inverter at Home 

Inverters are devices that transform Direct current (DC) to alternating current (AC). They have a battery connected that provides enough backup time to keep the lights on in the house. The inverter system then uses electronic circuitry to convert the battery voltage to AC voltage. 

What Should You Keep in Mind While Determining the Power Requirement of Your Inverter for Home? 

  • Depending upon the appliances you are planning to use, you can estimate the power that is necessary. 
  • If you are going to install an inverter for heavy load appliance, don’t think about how much power it uses while it’s operating; but check how much electricity it takes to get started. 
  • Modern inverters come with a specific technology that does not take a lot of power while operating. Check to see if the inverter for home that you are considering has this function. 

How to Calculate the Power Backup For The Inverter For Home? 

Battery Volt x Battery AH rating / Total watts on Load = Inverter Battery Backup Time. 

 As a result, if a person uses a 150 AH battery and 1 ceiling fan + 1 tube light + 2 (15 watts) CFL at the same time, the backup time will be calculated as 

75 watts Equals 1 ceiling fan 

40 watts per tube light 

2 watts each 30 watts CFL 

145 watts total 

150 AH Battery backup time = 12 * 150 / 145 equals 12.41 hours (approximately) 

Let’s have a look at some of the factors affecting the battery backup of the inverter for home: 

  • Temperature 

A battery’s rated capacity is calculated using a 25°C (77°F) ambient operating temperature. Any deviation from this operating temperature will affect the battery’s performance and reduce its projected life. 

As a general guideline, remember that every 8.3°C (15°F) increase in average annual temperature above 25°C (77°F) reduces the battery’s life by 50%. Always make sure that your inverter for home is kept in ideal situations.  

  • Upkeep is Essential 

Battery service and maintenance are important to the inverter’s reliability. Voltage and impedance checks, load tests, and battery monitoring systems can all be used to monitor and analyze a steady loss in the battery life. Eliminating loose connections, preventing corrosion, and recognizing faulty batteries before they influence the rest of the system is essential. This periodic preventative maintenance can help extend the life and avoid the loss of capacity in a battery. 

  • Storage  

Batteries must be carefully stored before they are installed and deployed into operation to improve service life expectancies and dependability. Batteries should be kept in cool and dry space with adequate ventilation. All battery types have shelf life and storage guidelines to adhere to but failing to do so could result in shorter runtimes and diminished capacity. 

You should always purchase an inverter for home from reputed brands. Luminous iCruze is a Super Inverter for heavy-duty requirements. iCruze is a heavy-duty super inverter with a compact design and more load handling. Because of its super design, super technology, and super connectivity, it is a super inverter. It’s a connect-ready inverter that enables you check the power condition at your home or workplace from anywhere in the world using a smartphone app. The Luminous Pro UPS is a high-capacity UPS with features including percentage load and battery level display, MCB protection, 7-segment digital display, and faster-charging capability, making it a popular UPS system.