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Damaged Recording Surfaces are the Primary Causes of Hard Drive Failures

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The hard drive which stores important data of your system meets failure for several reasons. Failures that lead a hard drive to get damaged are mostly related to recording surfaces. The hard drive faces several physical shocks like being hit, falling over or being dropped. These shocks can result in a head crash and damage to the disk platters. Damaged recording surfaces cause almost 70% of hard drive failures, while circuit board failure account for 18% of the hard drive failures. Moisture and static electricity in the hard drives are little to blame for.

Stiction function of the hard drive is a combination of friction and sticking which write or read head armatures. It is responsible for 11% of the failures. The hard drives which are left idle for a long time become susceptible for failures, because their mechanism does not work. On the other hand, drive motor failure is responsible for only one percent of the failures. These statics are collected from several hard drive recovery firms including Data Recovery Specialist (DRS) from the UK.

The hard drive looks tough but they are made from very sensitive material. Due to this, their handling and operational process need to be very careful. Hard drive manufacturers suggest users to handle drives like a precision machinery. Keep them in dry locations, avoiding physical shocks and not letting static electricity flow in them. Using erasure coding to moderate data from bit flit errors, then copying the data to a cloud object store that supports erasure coding, sometimes recover your data.

From television to the internet platform, Jonathan switched his journey in digital media with Bigtime Daily. He served as a journalist for popular news channels and currently contributes his experience for Bigtime Daily by writing about the tech domain.

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Here’s Your Ultimate Guide to Buy the Best Inverter Battery

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An inverter battery can be used in a variety of situations including power outage emergencies or when you need electricity outdoors during camping. They are also great for powering tools like drills or vacuum cleaners around the house. Inverters come in different sizes, from small units that can power just a few lights to large ones that can charge up numerous devices at once. The type of voltage they produce varies as well – some use 12 volts while others require 24 volts. 

An inverter battery is a versatile and important power supply for any household. But with so many options out there, how do you know which one to buy? This article will teach you the basics of how to choose the best inverter battery  for your needs! 

  • Cycle Life Rating

This is the number of cycles you can get out of a good rechargeable battery before it will no longer hold any charge. It averages about 500 cycles for most batteries. However, it varies with use and some batteries rated 2000 cycles will last more than 10 years in moderate use while others may die after only 500 cycles in heavy use conditions such as frequent partial discharges or overcharging. Inverter batteries must be changed often depending on the usage pattern and the charge cycle. 

  • Cold-Cranking Amps Rating (CCA)

CCA determines how much current a battery can deliver for 30 seconds at 0°F, the lowest temperature most batteries will have to start an engine. The higher the CCA rating, the more powerful is the battery. Most auto parts stores carry a selection of the best inverter battery that range from 165 to 550 CCA minimums.

  • Depth of Discharge or DOD limit

This number represents the approximate percentage of charge you can expect the battery to hold when used under normal conditions. It is based upon 80% depth of discharge in an automobile application (14-16 hours daily use with recharging every other day). For example, a 100/50 amp-hour battery with a rated DOD of 50% would mean that the battery could be discharged to a 50% level every day over and over again for an average of 20 years. 

This means that under normal use, you can discharge your battery 50%, recharge it and still get at least 10 years out of it. Normally 80% is fine but if you plan on running your inverter all night long for a long period or drawing large loads from the battery, you may want a deeper cycle rating since most batteries are only built to withstand light loads while being charged. 

  • Reserve Capacity

Deep cycle batteries are often not recommended for photovoltaic systems because they don’t get fully discharged (for example if you are powering your 12-volt fridge on a solar panel and it runs out of power, the inverter will draw current from your batteries to give it back power). Deep cycle batteries get around 50% charged. The best thing to do is buy two smaller deep cycle batteries instead of a larger one that has been overrated for deeper discharge. 

A deep-cycle battery should be capable of at least 5 Amps for 20 hours or 2 amps for 10 hrs. This means that to get long life from your best inverter battery, you must use an inverter that can handle high loads and not deeply discharge your battery. Otherwise, the battery will degrade faster than normal and last less than 500 cycles as mentioned above.

The Bottom Line

When it comes to battery technology, the best inverter battery is the one which can used in an emergency for power outages when you’re away from a grid or generator. The best Inverter battery is typically more expensive than other types of deep cycle batteries, but they last longer and have fewer maintenance requirements. 

If you want the best inverter battery that will suit your needs without breaking your budget, look above to find the best choice. Choose a company that offers competitive pricing on quality inverter batteries as well as installation services so that you don’t need any special knowledge about electricity systems.

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