In many parts of the world, including India, a power outage is a common problem. To tackle this issue, a reliable solar power backup solution is necessary. Regular electricity outages can be particularly problematic, especially for those who work from home or require uninterrupted power for sensitive equipment. Solar inverters have emerged as a convenient and cost-effective option for households to ensure an uninterrupted power supply during blackouts.
Solar inverters can harness the power of the sun to provide electricity and offer a reliable backup solution for homes and businesses alike. Not only do they save money on electricity bills, but they also reduce the dependence on fossil fuels, making them an eco-friendly choice.
With
solar products for home, such as solar inverters and solar panels, one can have peace of mind, knowing that they will have access to uninterrupted power during outages while contributing to a sustainable future.
When it comes to power backup solutions, there are several options available in the market, including inverters and UPS systems. Each solution has its pros and cons, and the choice depends on the specific requirements and budget of the homeowner.
Calculating Your Solar Power Backup Solution
When it comes to calculating your power requirements for your home, the size of your apartment is an essential factor to consider. Generally, it is said that the larger the apartment, the higher the power requirements. Well, we can’t deny that.
To make things simple, let's consider a scenario where we have a fixed array of devices that require powering up for each house size. To calculate the exact power requirement for your home, you can use the following formula:
Power Requirement (Watts) = Total Wattage of all Appliances x Total Number of Hours of Usage
For example, if we calculate for 1BHK house with
- Three CFL lights = 15 watts each
- LED TV = 60 watts each
- Two Tubelight - 36 watts
Therefore, the power requirement for 1BHK house will be = 45 + 60 + 72 = 177 watts
When you’re in the market to choose the right solar power backup, it will involve understanding the VA rating of the device. VA rating, or voltage ampere rating, represents the voltage and current output by an inverter.
In an ideal world, the power delivered by the inverter should be the same as the power consumed by your appliances, resulting in 100% efficiency. However, achieving this level of efficiency is impractical, and the power factor of an inverter typically ranges from 60-80% or 0.6-0.8.
To determine the VA rating, you need to divide the power requirement by the power factor of the inverter. For instance, if the power factor is 0.7, you can calculate the VA rating using this formula.
The VA rating for a 1BHK house will be - 177/0.7 = 252 VA
For a 252VA power requirement, you can use our:
https://shop.genusinnovation.com/collections/inverter-ups/products/genus-challenger-725-pure-sine-wave-home-inverter-ups
In the current era of embracing sustainable energy, the demand for solar products has surged significantly. This is where Genus Innovation steps in, offering an extensive range of high-quality solar products such as solar inverters,
solar charge controller, solar batteries, and other related accessories that cater to the varying needs of customers.
Similarly, to determine solar power backup for 2BHK and 3BHK houses, you can use the above formula to calculate the power requirement for the same.
Power Backup Solution for 2BHK Home
The Calculation for 2BHK -
LED TV = 60 watts each
Two CFL lights = 15 watts each
Three Tubelight - 36 watts each
Two Fans - 75 watts each
Therefore, the power requirement for 2BHK house will be = 60 + 30 + 108 + 150 = 348 watts
The VA rating for a 2BHK house will be - 348/0.7 = 497 VA
For a 497 VA power requirement, you can use our:
https://shop.genusinnovation.com/collections/inverter-ups/products/genus-maxiwatt-1200-12v-pure-sine-wave-home-inverter-ups
Power Backup Solution for 3BHK Home
The Calculation for 3BHK -
Two LED TV = 60 watts each
Six CFL lights = 15 watts each
Tubelight - 36 watts each
Four Fans - 75 watts each
Therefore, the power requirement for 3BHK house will be = 120 + 90 + 36 + 300 = 546 watts
The VA rating for a 3BHK house will be - 546/0.7 = 780 VA
For a 780 VA power requirement, you can use our:
https://shop.genusinnovation.com/collections/inverter-ups/products/genus-challenger-2450-pure-sine-wave-home-inverter-ups
In Conclusion
Next time when you’re in the market for a power backup solution, you will know how to calculate the power requirements for your home, or to make things easier for you, choose Genus innovation as your power backup solution partner.
From
solar panels to solar inverters, they have it all. Get in touch with us for more information.
