Livguard Inverter Battery Combo - Super Life Combo

The Livguard Super Life Inverter and Battery Combo is designed with advanced features for reliable performance and longevity.

A 1500w pure sine inverter:

• Artificial Intelligence-enabled charging for maximising battery life
• Extra load-carrying capacity

A 150Ah Tall Tubular inverter battery:

• Featuring a super plate grid design for excellent performance and longevity
• Ensuring a low-maintenance experience

Suitable for: The best inverter and battery combo for home, office, and small shops. Can power lights, fans, a laptop, an LED TV, and a water pump.

To find the right battery capacity, you first need to calculate your power requirement and backup duration. Then, you can determine the right capacity by considering the operating voltage and ideal efficiency.

Here's a formula for quick calculation: Total power backup requirement = Total power required by the appliances * total backup duration

Suppose you wish to power:

• 2 fans (70W each)
• 3 lights (15W each)
• 1 laptop (60W)

In that case, total power requirement for the appliances = (70*2) + (15*3) + 60 = 245

Also, suppose you need a power backup for 5 hours. So, the total power backup = 245*5 = 1225 watt-hours

Important Considerations: Most batteries operate at 12V. The efficiency is typically at 80% (0.8).

So, the right capacity is = 1225 / (12*0.8) = 127Ah

Considering the suggested 20% to 30% buffering capacity, a 150Ah inverter battery will be suitable for your needs. It can power several lights, fans, a laptop, a water pump, and an LED TV.

A 150Ah inverter battery can power multiple fans, lights, an LED TV, a laptop, and a water pump. For a more accurate estimate, you will have to total the power requirement of all the appliances and the backup duration. For example, a 150Ah battery running a 250W load (lights + fans + TV) can typically provide 4 to 5 hours of backup. A lighter load of around 120 to 150W may last 7 to 9 hours, while a heavier load of around 300 to 350W may reduce the backup to 3 to 4 hours. The heavier the load, the lower the backup time, and vice versa.

How long the inverter and battery combo lasts depends on the load. Here's a quick formula to calculate:

Backup hours = (Battery Ah * Voltage * usable depth of discharge) / Load (Watts).

Let's say the 150Ah battery is carrying a load of 500W, including fans, lights, and a TV. Now, remember that most batteries run at 12V with 80% efficiency.

So, (150 * 12 * 0.8)/500 = 2.88 hours.

It is important to note that the precise runtime of the inverter and battery combo also depends on battery age and its efficiency.

The inverter and battery have two separate warranties:

• For the 1500w pure sine inverter: 3 years of warranty on repairs and replacement
• For the 150Ah inverter battery: 60 months of on repairs and replacement + 24 months of pro-rata warranty

You can register your inverter and battery following any of these easy and quick ways:

• By providing your information on the Livguard Warranty Registration Window.
• By calling the toll-free number 1800-1025-551
• By sending a message at 7428191000
• By dropping a mail at livserv@sar-group.com

To maintain a long-lasting performance of the inverter and battery:

• Keep the inverter and battery in a dry and cool place with sufficient ventilation
• Check the terminal connections regularly and make sure there is no corrosion
• Do not overcharge or allow too many deep discharges, as it can affect the performance and battery life
• Always use the right charge controller settings for tubular batteries

You can find the inverter and battery combo in the following ways:

• Use the Find My Dealer tool. You can enter your city, state, or zip code, and it will locate the nearest authorised dealers for you.
• Click on the Contact Us Button. You will find it right below the Find My Dealer tool.
• You will see the Connect Now option on the product page. Share your details and connect.

In case the inverter and battery combo do not perform well or show faults, here's what you can do:

• Check the connections and ensure everything is well-connected
• Make sure the terminals are not loose
• Check if there is any corrosion on the terminals, and if there is, get rid of it
• Measure the voltage output to see if it drops below the load

If any of these solutions don't work, get in contact with us at 91 18001025551. We are at your service all through the week, from 9 am to 6 pm.