“Not once in my locality, I faced a power cut.”
– Said by no one ever.
If you hail from tier 2 and 3 cities in India, power cuts are as frequently observed as buying groceries. It’s uncomfortable, adds more pain to daily life and makes you worry about the future (for when you will get your electricity supply back)!
The solution for all of these problems is the installation of an inverter for the home. But, the real trouble begins when you have to choose between a sine wave and square wave inverters.
Don’t worry. We got you!
Here is all about the sine wave inverters that will convince you to bring them home today.
What are Sine Wave inverters?
A sine wave inverter is a powerful backup tool which ensures the transition from direct current into appliance-utile alternating current. The best part about these inverters is that they provide an output of the same type as your regular power grids do. That’s to say, the consistency in current transmission will be high. So, your devices won’t experience sudden fluctuations and face damage.
You might be wondering what gives the sine wave inverter its name.
These inverters for home produce output in the up-down oscillating motion. The generated waveform is in the S-shape. The formed curved output of these inverters gives them the name.
With sine wave inverters, you can comfortably run your kids’ rooms’ printers or your cutting-edge microwave. Essentially, the sine wave inverters are largely used by homes and enterprises, which require the running of sensitive devices too.
How does an inverter with sine wave output function?
The operations of sine wave inverters involve the conversion of DC into AC. The inverter acquires the battery output and transforms it into AC voltage. In the meantime, it runs the DC charge through a transformer which enhances the voltage.
But how does an inverter change the voltage? By constantly checking it!
It assesses voltage input and adjusts its frequency to deliver a smooth output.
What are the various types of sine wave inverters available in the market?
Generally, there are two kinds of sine wave inverters – pure sine wave inverters and modified or altered sine wave inverters. As the name suggests, pure sine wave inverters create a clean form of output. On the contrary, the output produced by modified inverters is less smooth.
The main difference between the two lies in cost and efficiency. The cost is more affordable with modified sine wave inverters. Essentially, they are not as pure as their counterparts. In addition, they also create noise compared to the pure variants.
The modified or quasi-sine versions are good for most home appliances. However, if your home has a medical appliance fitted, a modified version might not be appropriate.
However, if your clock or timers require an electricity supply, expect a lower performance with modified inverters.
The sine wave inverters’ cost is generally higher than the moderated versions. That’s for the obvious higher efficiency of the backup options. Additionally, they also ensure the high performance of appliances while enhancing their output on a backup system.
What are the benefits of sine wave inverters?
Have you ever witnessed the buzzing of the tube light at home?
That’s what happens when voltage fluctuates. Thankfully, with the best sine wave inverters, you don’t have to worry about the weird buzzing appliance noise.
That’s not it.
The real benefits of the sine wave inverters like LivGuard LGS1700 are many. Here’s what makes the sine wave variants the best inverter for your home:
Reduced power loss
You analysed the power requirement of your home and purchased an inverter battery duo. But, it fails to support the entire house after the electricity is out.
If you have experienced a situation like this, you know how frustrating it gets. But, with a sine wave backup system such as with Livguard sine wave inverter, the energy converted is the energy used. Basically, since there will be lower transmission loss, your home will remain lit for longer hours.
Diminished risk of damage to appliances
With great fluctuations come greater damages!
Unfortunately, the more your appliance experiences voltage variations, the higher will be the chances of short circuit or damage. Even though you know the energy requirement of your home with inverter load calculation, supply efficiency is vital.
In conventional inverters, the device takes a longer time to adjust the supplied voltage, which makes the connected appliances prone to damage. If you’d connect your expensive appliances like microwave ovens to those, be ready to purchase them again.
Luckily, the inverter LivGuard is designed by experts to boost device performance, health and life. With a consistent and grid-like electricity supply, the risk of damage minimizes.
Quieter device functioning
Don’t you get irritated by the whirring sounds of inverters and devices with power backups on?
With sine wave inverters, all of these buzzing noises vanish. Since these inverters modulate the inverter voltages according to the connected appliance, the adjustments are quieter.
So, now you can get your peaceful sleep without listening to the humming of fans during night blackouts.
Suitable for large houses
If you have a huge house with AC systems and heating appliances, the sine wave is what your backup should ride on. Running an air conditioner or a heater after power cuts is energy intensive. So, you need a high-capacity inverter that supplies the energy without impacting the complex machinery with fluctuations.
A sine wave inverter provides a seamless energy output to devices which ensures the best performance post-power cuts. So, all your appliances can run smoothly without interruption through hi-power sine wave backup sources.
Saves the investment on other power backup devices
What do people generally do if they have computers at home?
They purchase a power backup device like a UPS. But now, with sine wave backup in the picture, you can include your computers’ energy demands in the load calculator for inverters.
Other than helping you save money on electricity bills, these inverters are capable of preventing unnecessary device investment. Since they offer a smooth power supply, your computers can also acquire energy through them.
Eases your mind with long life
Sine wave inverters usually run for a long time. Due to their high-end technology and intuitive functioning, they last for years. In addition, the wear and tear of home appliances also reduce with a steady power supply at all times.
So, you can expect to avoid a modulation line on your TV and buzzing noises from your tube lights for a decade.
As if selecting an inverter battery Jodi wasn’t tricky, the confusion about choosing a sine wave inverter is boggling. But, the benefits offered by the backup system are worth the effort.
It enables you to enjoy a stress-free life in all weathers, irrespective of the type of devices running. However, if cost efficiency is a factor, this system will be the best inverter to pick. It not only helps with reducing electricity bills but also ensures the optimal performance of connected devices.
Even if the inverter falls on the costlier side, it offsets the added funds by providing longevity to devices. So, if you don’t want to keep separate inverters for all the devices in your house, select a sine wave inverter!
1. Why is a sine wave inverter better for electric timers and clocks?
Electric timers and clocks require a steady flow of peak voltage to align with the time of the region. Since sine wave inverters supply optimised voltage, it’s easier for the timers to run efficiently without erratic interruptions.
2. Do tube lights and fans make noises with sine wave inverters?
No. The devices do not experience any erratic voltage fluctuations. Due to the same, no noises are generated to run devices through the power backup system. You can trust the cutting-edge technology used in the sine wave inverters of LivGuard to give you a good night’s sleep.
3. What is the output voltage of sine wave inverters for home use?
The output voltage of sine wave inverters is the same as the output provided by the grid. The standard output of these inverters is 230V at 50 Hz, which is close to the output of the grid. You can analyse the power output of sine wave inverters by gaining insight through LivGuard inverters.
4. Can I use sine wave inverters for both sensitive and non-sensitive devices?
Yes. Sine wave inverters are the right choice for power backup for normal and sensitive devices. Due to their smooth power output, these inverter selections are great for both small and large houses. For larger homes, you can choose high-capacity inverters from LivGuard.
5. How many home appliances can I run on a home inverter?
The number of home appliances a Livguard Inverter can run depends on its capacity and power consumption. Livguard offers a wide range of inverters with different capacities that are suitable for various applications of your daily use