Are you looking for the best inverters for home use? Well, you are not alone. The power supply situation in India is bad, especially in the months of summer. Many cities face 2 to 4 hours of power cuts every day. The condition in small towns and villages is even worse. The need for dependable power backup in such cases becomes inevitable.
While diesel generators are ideal for powering larger establishments like offices, shopping malls, restaurants, hotels, etc, inverters are the preferred choice for home use in India. Keeping that in mind, we’ve created this post of Top 10 Best Inverters in India for Home Use.
However, choosing the most best inverter from among the top inverters in India is one of the most difficult tasks. If you are facing a similar dilemma, then here is some relevant information including Inverter Buying Guide & FAQs that will help you in choosing the Best Inverter for Home Use for your needs and requirements.
List of Top 10 Best Inverters In India 2019 for Home Use
Top 10 Best Inverters In India – Reviewed
1. Luminous Inverter – Luminous Zelio+ 1100 Home Pure Sinewave UPS Inverter (Black)
- Protection: Overload, deep discharge, short-circuit, Reverse polarity & Input mains protection through MCB.
- 32-bit DSP Processor
- Power Backup display time in Hours & Minutes
- Battery Electrolyte Level Indicator glows whenever the battery requires water top-up
- Running Load: 3 CFL, 3 Tube light, 3 Ceiling Fan, 1 Television, 1 air Cooler
- Battery System: Single battery / 12V; Capacity: 900 VA, Rated Power: 756W.
- Supports wide battery range, i.e. Flat Plate, Tubular & VRLA (SMF)
- Battery is not included with this purchase
- Safe for sensitive appliances with Sine wave output.
Why We Recommend It?
Luminous Zelio Home UPS is one of India’s most intelligent Home UPS with features such as power back-up/battery charging time display in hours & minutes, hassle-free battery water level maintenance, MCB protection and is equipped with a bypass switch which keeps supplying output from the grid even in case of Home UPS faults. The low harmonic distortion makes this inverter practically noiseless and the pure sine wave output makes it highly efficient and helps save on electricity bills.
2. Amaron Inverter – Amaron 880Va Hi Back Up Pure Sine Wave Ups (White)
- Power Saving
- Intellegent Microprocessor
- Low Power Loss
Why We Recommend It?
Power cuts are a nuisance and interrupt day-to-day life. If you are looking for a utilitarian and stylish inverter for your home or office, take a look at this Amaron 880 VA Pure inverter. It is completely noiseless and as soon as it senses a power cut, it silently to battery mode. This way, you do not even know that there has been a power failure. It has a capacity of 880VA and being a Sine Wave inverter, it offers brilliant power back-up for all your appliances. The inverter from Amaron runs on the Sinewave technology. The device has visual indicators as well as an overload alarm. Therefore, say goodbye to humid, gloomy and stagnant power cuts with this useful inverter. This Amaron 880 VA Pure Sine wave inverter is powered by Sinewave technology. This technology allows other machines to run for a longer period of time. Thus, if you do experience power cuts for a long period of time, this inverter will come to your rescue. It is not always possible to keep an eye on the inverter to check on the status of the appliance. Therefore, the inverter has a system overload alarm that signals you when there is an overload and automatically resets the inverter. Apart from this, the inverter has a blown fuse alarm protection, short circuit protection and a low battery signal. The battery of this Amaron 880 VA Pure Sine wave inverter can be charged quickly and efficiently. This SineWave inverter comes with a battery, which has a high-power factor and reduces the quantity of AC power needed to charge the inverter batteries. Therefore, it consumes less energy as well. The inverter also has a transformer that enhances the longevity of the inverter by reducing the power consumption.
3. V Guard Inverter – V-Guard Smart Pro 1200 With Bluetooth Connectivity Home Digital Sinewave UPS Inverter
- Pure Sinewave Output that is ideal for the loads of sophisticated electronic equipment
- Bluetooth connectivity to enable switching modes, controlling performance and monitoring operation
- Battery water topping reminder to avoid last-minute hassles
- User Selectable Inverter Output & Backup as per user need
- Free Company Authorised Installation
Why We Recommend It?
V-Guard Smart Pro 1200 is equipped with Bluetooth connectivity, making it easy for you to customize its working as per your needs. It has multiple features such as the appliance mode that can run high loads up to 1000W (Electric Iron, Coffee maker, Toaster), Turbo Charge mode for super-speedy charging, mute/unmute the buzzer and select performance mode.
App-Enabled Smart Inverter: The Smart inverter series easily syncs with your smartphone. Once your device is registered on the V-Guard Smart app, you can control the power, check the backup time, switch through different modes according to your needs, review the power cuts and duration and charge up to 30% faster using Turbocharge.
Uninterrupted Lifestyle: Power outage is no more a reason for an interruption. The Smart Pro 1200 runs mixer grinder (up to 600 W*), water pump(0.5 HP Monobloc), inverter refrigerator(Up to 260 L), LCD/LED TV (Up to 49), room cooler, kitchen chimney, exhaust fans, air purifier, water purifier, music system, wi-fi router etc. When switched to the Appliance Mode, your Smart Pro 1200 can run loads up to 1000 W to accommodate heavy-duty appliances. It is also equipped with a special switch option for inverter refrigerator compatibility.
Battery Water Topping Reminder: The Battery Water Topping feature reminds you to top-up the distilled water in the battery basis its consumption pattern. This helps consistent power supply and enhances the lifespan of the battery.
User-Defined Selectable Output: Using the performance tracker, you can review the performance and extract more from your inverter under special circumstances.
Holiday Mode: When you’re away from home on a vacation, ensure your inverter takes a little break too! Through the V-Guard Smart app, switch to Holiday Mode. You will not only save energy but also ensure that the battery stays in full charge when you return from the vacation.
Turbo Charge: 30% faster charging: Worried about long power outages in the summer? Simply charge your inverter’s battery to support longer backups. This can be done by switching to Turbo Charge Mode that not only charges faster but also provides reliable power backup.
Track Battery Health on Your Smart-App: Easily keep a check on the battery usage and performance of your device on the V-Guard Smart-App. Now, you can plan your inverter load usage basis access to information such as battery backup time, battery power percentage on your Smart-App.
Emergency Charging Mode: Even in the adverse conditions when your Smart Pro 1200 is completely shut down, you can still charge your phone/tablet/power bank through an especially designed emergency charging point provided at the front panel.
4. Luminous Solar Inverter – Luminous Solar NXG Hybrid Inverter 1800/24V UPS
- Material: Metal
- Colour: Multicolour
- Solar hybrid inverter with inbuilt pwm charge controller
- Package Contents:1-Piece Solar
- First of its kind home ups that delivers both ac and dc output
- Running load: 5 lights, 5 ceiling fan, 1 television, 1 water cooler
- Battery support: All brands and all types
- Battery system double battery / 24v
- Wave type: Pure sine wave
- Rated capacity: 1500 VA
- Full battery recharge time: 10-12 hrs
- Protection overload
- Electricity savings of 3 to 5 units per day
- Up to 1000-watt pv module solar panel compatibility
- Intelligent fuzzy logic for maximum utilization of solar energy
- Pure sine wave output provides better performance and safety to the connected load
Why We Recommend It?
Luminous solar 1800 is a powerful hybrid inverter with 40-amp inbuilt charge controller. It is India’s most intelligent solar system which gives priority to solar power use to save on electricity bills. The solar inverter charges the battery from grid and solar panel both. If solar energy is available then it charges the battery from the solar panel and if solar is not available, then the inverter charges the battery from mains/grid. It can charge the battery and supply solar power to the connected load if solar generation is enough otherwise it gives priority to solar battery charging and then supply additional power to connected loads.
5. Microtek inverter – Microtek Ups 24Ã—7 Hb 950Va Hybrid Sinewave Inverter
- 1 battery system (12 VDC)
- Warranty: 2 years manufacturers' warranty
- Hybrid technology for noiseless and better performance
- IBGM technology increases battery life
- PWM controlled multistage ATM (automatic trickle mode) charging
- Bypass switch: In case of ups failure electricity will be bypassed
6. Exide Inverter – Exide 850Va Pure Sinewave Home Ups Inverter – Digital Display
- Protection: High quality protection built up in the PCB
- DSP (Digital Signal Processor) based Sine Wave Home UPS: A high speed microprocessor for Grid Quality Power same as Mains
- LCD Display: for better user Interface and displaying State of Battery Voltage and Charge, AC mains input voltage, Display Actual load connected in %, Display overload, Short circuit trip , Battery low trip, AC mains Fuse blown, etc.
- ASIC (Auto Sense Intelligent Control) Technology: Automatically sense the battery condition and adjust the charging current accordingly and thus increases battery life and minimizes water topping.
- Electrolyte Level Sensor indicator: For indicating Battery water level low.
- Change over time Mains to UPS and vice versa: < 10 msec (at mains Low and High cut)
- Maximum Load Capacity in Watts - 580 Watts
7. Sukam Inverter – Su-Kam Falcon Eco 1000Va Sine Wave Inverter
- Warranty: 12 months
- Falcon Eco 1000/12V
- Output Waveform: Sine wave commercial UPS
- Su-Kam’s Fulcon Eco is India’s hybrid solar inverter which is perfect for your home.
- It functions both as a normal inverter as well as off-grid solar system
- It can charge batteries through grid and solar.
- Fulcon is perfect in everything – design, style, features and performance.
- Smart LED Indicators: Mains on, Overload, Inverter on, Low battery, Charge
8. Sukam Solar Inverter – Su-Kam Brainy Eco 1600/24V Solar Power Conditioning Unit With In-Built Solar Charge Controller (White)
- Noiseless operation
- Automatic temperature compensation
- Inbuilt solar charger
- Low voltage disconnect
- Inbuilt galvanic isolation transformer
- Freedom to choose any battery size
- 90v charging
- 6-stage battery charging
- Real time intelligence monitoring
- Intelligent charge sharing between grid and solar
- Warranty: 2 years on product
- Operating Voltage: 90 - 290 volts
- Includes: Power Conditioning Unit, User Manual cum Warranty Card
9. Livguard LG900 Square Wave UPS Inverter (Black)
- Audio alarms
- Overloaded protection
- Short circuit protection
- Eco unregulated mode
- Heavy duty charger for low voltage
- Dc voltage 12v
- Warranty 24 months
- Capacity – 800 VA
- Livguard inverters are compatible with Flat, Tubular, SMF and other local batteries
10. Genus Inverter – Genus Thunder 1050 – Home UPS/Inverter
- Boost Charging Mode
- Compatible to household and business appliances
- Suitable for all types of batteries (Normal, Tubular and Sealed Lead Acid Batteries)
- Compact Design - Ideal for Modern Households
- Energy Efficient and Reliable
Inverter Buying Guide – How do I choose an inverter for home use?
Types of inverters
Before buying an inverter, it is advisable to know how many types of inverters there are:
Square Wave Inverters: Such inverters are most appropriate for appliances with a low sensitivity such as lighting and fans. While they are economical to buy, the noise produced by them is extremely high.
Modified sine wave inverters: Modified inverters are best suited for appliances with resistive loads that don’t have any start-up surge. However, they produce a humming sound during operation.
Pure Sine wave Inverters: Apart from supporting appliances with a low-sensitivity, pure sine wave inverters also support computers, laptops, televisions, coolers, microwaves and refrigerators. They are much more efficient than modified sine wave inverters and also the favoured choice for home use.
Analyse and calculate power requirement
First and foremost, it is important to analyse how much power backup you want and how many and which kind of appliances do you want to support. Once you have figured this out, you will be able to calculate how many watts of power you need.
Approximate power consumption of common appliances is as follows:
Fan – 80 watts
CFL – 20 watts
Tube light – 40 watts
LED bulb – 7 watts
Television – 120 watts
So, if you want to backup for 3 tube lights, 4 fans, 2 LED bulbs, 3 CFLs, and 1 television, your total power requirement is [(4*80) + (3*40) + (3*20) + (2*7) + (120*1)] which is equal to 634 watts. So, you need an inverter which can support a load of 634 watts or more.
Calculate inverter capacity
Once you have calculated the power requirement, you need to compute the inverter capacity. It is measured in VA or Volt Ampere and calculated by dividing total load to be supported by the power factor.
Households generally have a load factor of 0.8. Therefore, if your total load is 634 watts the required inverter capacity is (634/0.8) which is equal to 792 VA. It is suggested to buy an inverter that has more VA than that required.
Backup required in hours
Determining how many hours of backup you want your inverter to give is also important. It will help you in calculating the battery capacity.
Compute battery capacity/size
Battery capacity is expressed in Ampere Hour or Ah. The formula to estimate battery capacity/size is:
[(Total Load) * (Backup hours)]/Battery Voltage
Inverter batteries available in India generally have a voltage of 12V. So, if your total load is 634 watts and you require 6 hours of backup then you need an inverter battery with a capacity of 317 Ah or Ampere Hour.
Types of Inverter Batteries – Which battery is best for home inverter?
Three types of inverter batteries are available in the market: Flat Plate, Tubular and Maintenance Free.
Tubular batteries are the best choice for inverters. Although they cost slightly more than flat plate batteries, they are much more durable and will last longer.
Maintenance-free batteries are sealed lead acid batteries that do not require electrolyte level check and top up. As the name indicates, these batteries don’t need any maintenance. Also, maintenance-free batteries do not emit any poisonous or harmful gases.
Flat plate batteries are a type of lead-acid batteries and are the most common inverter batteries. They are rechargeable in nature and produce a large amount of current. They are also lightweight and economical. They usually last for 3-4 years but require regular maintenance. The electrolyte level check and top up has to be done at regular intervals. However, while charging and discharging, Flat Plate batteries release harmful gases. That’s why they must be installed at a well-ventilated place in the home.
Instead of going for a local brand, it is important to choose an inverter from well-known brands. This will ensure that you get the desired warranty, quality, safety features and customer support.
Buying an inverter with a good warranty period is important as it will help you to stay protected against all the major defects and damages. Therefore, you should look for the inverters which offer the maximum warranty.
If you haven’t decided on the budget of your inverter, you will end up feeling confused with the selection. Hence, it’s important to decide on the budget before you start looking for inverters. Also, this will save you from spending more money than required while buying the most suitable inverter.
After-sales services and support
After-sales services act like an assurance for buyers that they will continue getting the expected services against any problem with their selected inverter.
Other features to look for in an inverter are mentioned below:
Digital display: Intuitive Display to easily understand the status of mains availability, battery status, battery charging time, voltage, etc.
Fast charging: Adaptive Battery charging control system technology (ABCC) ensures faster battery charging and enhances battery life by around 70%.
Low voltage charging: Battery charging commences even at input voltage as low as 95 Volt.
Easy UPS bypass: Bypass switch for supplying output directly from the grid in case of Home UPS fault.
MCB protection: MCB for protection from Input mains.
WiFi-enabled: Wi-Fi connectivity on Smartphone (Android & iOS) with remote app monitoring.
Solar Chargeable: Some inverters also come with a solar charging option.
Best Inverter Battery In India 2019
Best Solar Inverter In India 2019
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Best Pure Sine Wave Inverter In India 2019
Frequently Asked Questions About Inverters
Inverters have taken a prominent role in the modern technological world due to the sudden rise of electric cars and renewable energy technologies. Inverters convert DC power to AC power. They are also used in uninterruptible power supplies, control of electrical machines and active power filtering. The input voltage, output voltage and frequency, and overall power handling depend on the design of the specific device or circuitry. The inverter does not produce any power; the power is provided by the DC source.
There are two types of electrical power in use – direct current or DC and alternating current or AC. DC is applied by batteries, solar panels, etc. and is mainly used by small digital goods with circuit boards, etc.
Alternating current or AC is supplied from the power sockets in your homes and this will typically be used to power larger appliances. Direct current flows directly in only one direction while alternating current travels back and forth.
Both these types of power have their uses and limitations, so we’ll often need to convert between the two to maximize their use. An inverter is a device which is used to convert between direct current and alternating current. This is a very useful invention. You can also convert from AC to DC using a rectifier and it’s common to find both of these in some devices.
So how do inverters work? Before proceeding to sine-wave production, let’s see how a square wave alternating current is produced. In fact, the old type inverters used to produce simple square wave as their output.
For this, a circuit known as full-bridge inverter is used. It has four switches, one input voltage (DC) and an output load (AC). The switches are paired in such a manner that when switches 2 and 3 open, switches 1 and 4 close and vice versa. This will allow the inverter to force the current through the AC load in an alternating direction. However, this sudden switching will only result in a square wave.
The sharp corners of the square wave can be damaging to electrical equipment, so we need a way to smooth the corners out. The square wave output is a high approximation of sine wave output old inverters used to produce them. That’s why you hear a humming noise when you run your electric fan or other appliances using square wave power. They also heat up electric equipment.
We all know that the frequency of the AC supply available in our homes is 60 Hertz. This means that we need to turn the switch on and off 120 times in a second, which is not possible whether manually or by using mechanical switches. For this purpose, semiconductor switches such as MOSFET are introduced. They can turn on and turn off thousands of times per second. With the help of control signals, we can turn transistors on or off very easily.
Modern inverters produce pure sinusoidal output, let’s see how they achieve it. A technique called pulse width modulation is used for this purpose. The logic of pulse width modulation is simple. Generate the DC voltage in the form of pulses of different widths. In regions where you need higher amplitudes, it will generate pulses of larger width. You will be surprised to see that the shape of the averaged pulses looks very similar to the sine curve. The finer the pulse is used the better shape the sine curve will be.
An inverter has a number of applications and can be put to quite a lot of uses. These include:
1. An inverter converts the DC current from sources such as batteries or fuel cells to AC current.
2. An inverter can also be used as an uninterruptible power supply (UPS) source. A UPS uses batteries and an inverter to supply AC power when mains power is not available.
3. Inverter circuits are also used in motor speed controllers. These include industrial motor-driven equipment, electric vehicles, rail transport systems, and power tools.
4. Installations known as inverter compressors can be used to control the speed of the compressor motor of appliances like refrigerators and air conditioners.
5. Induction heating, HVDC power transmission, power generation systems, solar generating systems, Electroshock weapons and tasers also use inverters.
Instead of going for a local brand, it is important to choose an inverter from well-known brands. This will ensure that you get the desired warranty, quality, safety features and customer support. Some of the most popular inverter brands in India are:
1. Luminous inverter
2. Microtek inverter
3. Exide inverter
4. Sukam inverter
5. Amaron inverter
6. V guard inverter
7. Genus inverter
8. Livguard inverter
Tubular batteries are the best choice for inverters. Although they cost slightly more than flat plate batteries, they are much more durable and will last longer.
Among the three different types of inverter batteries available in the market, Tubular batteries last longest i.e. 5 to 6 years. Maintenance-free batteries last for approximately 3 to 4 years. Flat plate battery has the lowest battery life. They last for approximately 2 to 3 years.
The inverter battery life also varies as per usage, power requirements and how well its maintained.
No, you should not switch off an inverter because doing so will discharge the inverter batteries and they will not give you any backup in case the power is interrupted.
However, when you are checking and topping up the electrolyte or distilled water level, it is advisable to switch off the inverter. However, do remember to switch it on when you’re done.
Since inverter batteries emit small amounts of hydrogen fumes and other gases, they should be kept in open areas such as the balcony or near windows with proper ventilation. This will ensure that your family members don’t inhale any of the harmful gases.
No purified water should not be used in batteries. Purified water may be pure from the point of contamination from bacteria and other pathogens, but may or may not be deionised, which is the requirement for battery water. The most common type of water used in batteries is distilled water. Other types are deionized water and water from reverse osmosis. Ordinary tap water should not be used because it may contain an excessive amount of impurities that will degrade battery performance.
One of the common reasons for inverter beeping continuously is that its running low on battery. In order to stop the beeping sound, you must recharge your inverter as soon as possible.
Another common cause for inverter beeping continuously is capacity overload. In order to stop the beeping sound, you must try removing some extra load.
Two of the common reasons for excessive inverter noise are insufficient battery cable size and depleting battery capacity.
A solar inverter is a type of electrical converter which converts the variable direct current (DC) output of a photovoltaic (PV) solar panel into alternating current (AC) so that it can be fed into a commercial electrical grid or used by a local, off-grid electrical network.
Although the two terms are often used interchangeably, there is a difference between UPS and Inverter. The UPS is an electronic device which has a rectifier for providing backup power to a device when the mains supply fails whereas the inverter simply converts DC into AC.
Another major difference between the UPS and inverter is that the switching of UPS from the main supply to the battery is immediate (taking only 3-5 milliseconds) whereas in an inverter the switching from mains supply to battery takes a little bit longer (100 milliseconds).
The selection of the best inverter for home use may vary based on various factors and needs. We hope our article gives you the relevant information required to make an informed buying. In case you are unable to find the best inverter in India here, head over to Amazon India to browse through the store’s exhaustive collection.
In case, you require any further assistance to select the best inverter in India for home use, please comment below and we will get back to you with the best possible solution.
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