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Young Ninja Group (ages 3-5)

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Greyson Garcia
Greyson Garcia

3 Cfl Inverter Buy Online


Power grid is default and electricity connection at your home. The power from the power grid recharge the battery. At the event of power cut the battery DC current needs to be converted to AC current with the help of Inverter. But in general the total power backup solution is called as inverter in India. We discuss the inverter and battery buying guides in two different sections as elaborately as possible.




3 cfl inverter buy online



For earlier example, we have mentioned for the power requirement of 634 watts, the required VA rating of the inverter is 634 / 0.8 = 792 VA. The nearest inverter with matching need is 900 VA. So better consider 900 VA inverter to support your power requirement.


The inverter capacity is measured in VA and battery capacity is measured in WA. We will discuss more about battery capacity in battery buying guide. People wonder why there are two capacities? What is the purpose of each capacity?


So there should be proper match between the battery capacity and inverter capacity. Even you buy large capacity battery, and low capacity inverter (example: 600 VA) then you cannot support refrigerator or few fans, because their total load exceeds the 600 VA.


As we discussed earlier inverter converts DC current to AC current. But depending on how the AC current looks like, the inverters are classified as Sine wave inverter or Square wave inverter. The detailed differences are mentioned below in a table


It is always good to have Sine wave inverter even though they are costly for the sake of safety and longevity of the appliances. There are modified sine wave inverters too which are cheaper than sine wave and costlier than square with moderate performance. In some sense they are placed in between sinewave and squarewave and very few models available in the market so you can safely ignore them. You can read more about Sine wave inverter vs Square wave inverter in our other post.


The main difference is the time delay. UPS is used on general only to backup your system. If you connect desktop computer on inverter, any power loss, shutdowns the computer as it takes one microsecond to fall over to the backup power solution. Inverter is not suitable for computer backup due to the delay in switching. The computer crash not only leads to the lost of data, unsaved programs, but also may damage hard disk and motherboard. Know more about difference between ups and inverter in our other post.


The homes should have facility or provision for backup. It is easy to provide backup for total home with the help of inverter from the main source. But to provide backup to total home you need large size battery and inverter. Most of the cases, people wants to provide backup to only few selected fans, lights and appliances. In that case, wiring should be in such a way to allow to run few selected appliances on the inverter. So first consult your technician about the wiring and get it done before you purchase inverter and battery.


Bigger appliances require high power requirement to start the appliance, for example AC and refrigerator. In general to support refrigerator 1k VA inverter, and to support 1 ton AC, 2.5k VA inverter is needed. The battery requirement is also high. So you should exclude these big appliances from the inverter wiring.


All the top brands inverters available online in the market. Unlike batteries, the Inverters are not hazmat products. The products are available in Amazon, Flipkart and other top ecommerce stores. Please see manufacturers site and buy the latest model. Be clear about returns and shipping policy before placing the order.


Many are tempted to buy very good brand inverter but local brand battery which is can be a very incorrect decision based on many aspects. Local brands usually do not follow safety, efficiency standards and they tend to have a relatively low lifespan. But local brands vouch for it and say as they are manufactured very close to this place they are offering very cheap, almost half of the price. But selecting the right battery is more important than inverter based on safety concerns. Many battery types release little fumes and poisonous gases like carbon monoxide and big brands ensure the emission to be the lowest level, which local brands do not give much importance. Local batteries tend to insist excessive maintenance work. Apart from that, local batteries do not have warranty or guarantee. Not only that do not buy refurbished batteries even for a cheaper price as they will be most likely unsafe and have shorter life span.


Guarantee and warranty are usually given to all the home appliances but for inverter batteries, it is different as the inverter batteries tend to get damaged very easily. Because of this, you may come across the situations where the two batteries with similar specifications have different pricing based on the warranty. Longer warranty is always better even you need to shed few more bucks.


As we have mentioned above it is always good to take from well-known brands or manufacturers. Top and well-known brands in India for inverter battery are Amaron, Exide, Luminous, Okaya, Su-Kam. After sales support is a must and should be great for unexpected scenarios like battery repair or replacement. Many top brands even provide distill water top up facility as well. It means the brand executive visit your home and top up or refill the battery distill water level. The customer care numbers of all the top brands are given below


  • As we have mentioned above inverter battery price depends on the type of battery, brand, capacity, battery warranty and the dealer. If you are replacing the old battery then you can sell old battery back to the vendor or dealer and can get additional 10% to 20% off on the original new battery price.

  • Same products cost differ based on the warranty. Long warranty costs more. For example Luminous EC 18036 I 150Ah Tubular Battery comes with 3 years replacement warranty and the price is around Rs. 14,000 whereas Luminous RC 18000 I 150Ah Tubular Battery comes around Rs.11,200 with 2 years replacement warranty.

  • Ask the dealer about transporting and installation of battery cost as well, is it included in the battery cost or excluded?

  • Please see the price depends on the dealer to dealer also. The approximate prices of batteries are given below



Inverter batteries are hazmat products, kind of unsafe products. Precautions are necessary to keep in the warehouse and while transporting. Because of these reasons, there are very few batteries available online. You can check out the batteries on Amazon, Snapdeal and Flipkart. Apart from that, there are few companies just selling batteries like Battery Bhai, let's buy battery and book my battery. Most of these firms ships from the nearest dealer from your location. Know more about simple tricks to get Inverter battery cheap in our other post.


  • There are few simple things by following you can increase the lifespan or longevity of inverter battery. First and most important, replenish the distilled water at right time. Depending on your battery type and usage pattern it may take one month to 3 months. Better keep a reminder in your smartphone calendar or make habit of checking on every first of the month.

  • Apply grease the socket connections to protect the inverter battery from corrosion or rust decays. If there is corrosion already better to remove it with the help of the old brush, hot water and baking soda.

  • The the battery discharge completely once in a month and freshly charge it again. It will refresh the inner electrolyte.

  • It is always better not to connect high load devices to the inverter and overuse the devices when they are not necessary. Using energy efficiency the home appliance also lowers the burden on the inverter battery significantly.



In today's digital world online B2B buying and B2B selling is a go-to strategy for most B2B vendors. Buying and selling processes in our B2B portal are the same for the Retailers, Wholesalers, Distributors, Exporters, Dealers, Manufacturers, and Service Providers.


MOSFET & IGBT. High-frequency operation of fluorescent lamps is a technique with increasing use, with the objective of upgrading the quality of fluorescent lighting systems. It is well known that fluorescent lamps operating at high frequencies present a higher luminous efficacy. The low operating frequency also causes light flickering, and it is impossible to implement dimming operations with a magnetic ballast. As a result, electronic ballast becomes the most suitable candidate to be used in CFL applications. Since fluorescent lamps present a negative resistance characteristic, a current controlling ballast is necessary, in order to limit de discharge current. Computational fluorescent-lamp models, which accurately simulate the real behaviour of fluorescent lamps, became extremely necessary. These high-frequency fluorescent-lamp models are used for optimization studies on conception of electronic ballasts. Traditionally, CFL models are implemented incircuit-simulation programs, such as SPICE-basedprograms. In this paper the chosen environment isMatlab/Simulink,which allows more complicated and intensivemathematical calculations, providing a full new horizonin terms of simulating this type of fluorescent lightingsystems.The simulation of a fluorescent lighting system whichincludes an electronic ballast with wide dimming range . Electronic ballasts with dimmingare increasingly used. This dimming capability may beachieved by several techniques. One of the most commonis based on the control of the inverter frequency thatfeeds the


The compact fluorescent lamp ballasts, where most circuits utilize a similar half- bridge series-resonant inverter arrangement, the objective is to reduce component cost, while meeting product life and regulatory requirements. One variable that is being optimized to reduce ballast cost is its switching frequency. The frequency selection has a direct impact on cost of reactive components and cost of switching devices. The cost of reactive components decreases with frequency up to 150 kHz, an upper frequency bound limited by electromagnetic interference (EMI) regulatory concerns.. Hence, in addition to meeting electrical requirements, the selection of semiconductor devices is a tradeoff between minimizing cost of reactive components (by increasing frequency) and switching device cost. 041b061a72


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