28.06.2022

A battery gives life to any vehicle, your car needs battery power to start its engine. A car battery also used in stabilizing, filtering and giving the needed power for ignition. It provides the jolt of electricity necessary to power all the electrical components in your vehicle.

There are several factors that determine how long your battery will last, the average life expectancy for a car battery is between four to six years and it depends on some factors like weather conditions, vehicle type, and the driving habits. The car battery will last longer if the vehicle is driven daily and the battery is kept fully charged. But when the vehicle is parked for an extended period of time, the possibility of battery deterioration increases.


Causes of Car Battery Damage

A car battery life affected by many factors like its age, temperature, battery charging and discharging cycle, how much banging it takes, how proper is the charging system, etc.


Considering Climate

There is nothing worse than stuck in the blazing heat or the freezing cold, in both situations your car battery is actually under the most stress. If you are living in a warmer place, where you used to deal with high temperatures, the heat can take its toll on your car battery health.

A car battery operates best between 30 and 90 degrees Fahrenheit, so the rise in temperature more than that can create a big problem for your battery. The battery contains fluid an excessive heat can actually accelerate the chemical operation and cause the fluid to evaporate. The decrease in fluid levels will damage the internal structure of the battery.

As the head speeds up chemical reactions, cold temperatures slow them down. This is the reason you might feel your battery can become sluggish in winter. In cold weather, engines become harder to turn over because the oil inside has turned thick and goopy which means your battery needs even more juice than normal to get the job done.


Tips to assess your battery for extreme weather condition:

Age of car battery: If the battery of your vehicle is old, more than 7 years so this may be the time to change your car battery to provide a better starting to your vehicle.

Check if there is any corrosion: Due to faulty connection allow battery acid to escape and corrode surrounding areas. Regular inspection and cleaning carefully any corrosion residue helps to save the battery.

Keep the battery disconnected: If your car is resting in a garage in winter, disconnect the certain devices from the battery such as clocks and alarm systems that continue to drain battery power when the vehicle is set to idle. Keep the battery disconnected helps to store its power.

Driving Habits:

Bad driving habits are the key factors that affect the life of the automobile batteries and these habits lead to exhaustion and acid stratification in a car battery.


Certain driving habits result in battery failure such as:

Driving with a loose battery

Driving Only Short Distances

Turning the Headlights On When Idle


Boost Your Car Performance by Car Battery Replacement service

We all know that vehicle batteries don’t last forever, as time passes it will eventually run out of the juice. There is nothing worse than being stuck with a flat battery when you are on your driveway so, checking the battery and connections periodically helps to save battery to get trouble spots. Battery replacement keeps giving power to the engine so that your vehicle runs smoothly without any hassle.


Here are some benefits of changing a car battery:

Reduce Maintenance

A car battery replacement gives a new life to your vehicle and maximizes its lifespan and yield high performance.


Fast Charging

By changing the car battery you get rid of frequent battery discharge problems. A good battery gets recharged quickly, the time limit for charging the battery is less as compared to an old battery.


Longevity:

A fully charged battery means your car battery has a longer lifespan and use its energy more efficiently.


Low discharge Rate

A good quality car battery replacement reduces the discharge rate as compared to other types of batteries and an old battery.


Explore the Benefits of Lithium Ion Power Battery

Compared to lead-acid and other lithium batteries, Lithium Ion Power Battery offers significant advantages, including improved discharge and charge efficiency, longer life span and the ability to deep cycle while maintaining power. Lithium Ion Power batteries often come with a higher price tag, but a much better cost over the life of the product. No maintenance and super long life make them a worthwhile investment and a smart long-term solution.


Lithium is Long-Lasting

Lithium batteries provide up to 10 times longer life than lead-acid batteries, and they still provide 80% of rated capacity after 2,000 cycles. Most lithium-ion batteries last five years or more. The average lead-acid battery lasts just two years. Lead-acid batteries also need to be maintained, requiring water replacement to avoid structural damage; if they aren’t maintained properly, their life span is shortened even further. Because lithium batteries require no active maintenance, a one-time purchase guarantees longevity.


Lithium is Quick & Efficient

Lithium can charge and discharge at a high rate providing maximum versatility for all types of applications. Fast charging minimizes downtime, and lithium’s high rate of discharge is perfect for a burst of power. Lead-acid batteries must be charged in stages over a longer time, and they perform inefficiently during high discharge periods, making them less versatile than their lithium counterparts. Lithium’s efficiency is unparalleled, especially under high-stress situations. Unlike lead-acid, temperature fluctuations and energy depletion barely affect lithium’s power delivery. Lithium is the logical choice for applications that will exhaust the batteries or run in extreme weather.


Lithium is the Lightweight Champ

Lithium batteries provide more energy than lead-acid batteries and are typically half the mass, reducing concerns about battery weight. Compared to other battery chemistries, lithium provides the same or greater energy at less than half the weight and size. This means more flexibility and easier installation!


Electric Traction Systems And Their Advantages

The electric traction system is the most efficient of all other traction system such as steam and internal combustion (IC) engine type systems. It offers several benefits over other systems, including quick start and stop, very efficient, pollution-free, easy to handle and easy speed control.

With the advancement of electrical drives for traction systems, this electrification of traction becomes much popular in several traction services including metro or suburban railways.


What is Electric Traction System?

Electric traction involves the use of electricity at some stage or all the stages of locomotive movement. This system includes straight electrical drive, diesel electric drive and Electric Vehicle Traction Motor operated electric drive vehicles.In this, electrical motors are used for producing the vehicle movement and are powered by drawing electricity from utilities or diesel generators or batteries.


Electric Vehicle Traction Motor has many advantages over non-electric traction systems such as more clean and easy to handle, no need of coal and water, easy speed control, high efficiency, low maintenance and running costs, etc.


Importance of Engine Management Systems in Vehicles

People say, “Don’t mind the body, mind the engine.” But what if the engine is as bad as the body? Then it means it’s worthless. A car with an improper engine will do no good to you event if it has been recently sprayed.

That is why engine management systems are very important. Engine management system is Engine Control Units (ECU) which receives signals from variety of sensors, make calculations and send output signal to various functions of a vehicle to ensure efficient operations.

Engine management systems are known to be the operating system of an engine. They can carry about 500 million operations per seconds in the operation of the engine. This ensures an efficient working of various parts of the vehicle.

The following are the core functions of engine management systems:


Reduce emissions

Ensure better fuel economy

Ensure efficient engine operations

Ensures the driving models of vehicles

Engine management systems receive sensory data from variety of sources. The sources include: craft shaft sensor, camshaft sensor, mass airflow sensor, air temperature, coolant temperature, knock sensory, oxygen sensory and many more.

These signals received are processed and sent to variety of places to ensure the vehicle is functioning well. The better the operation of the engine management system, the more efficient the engine and other vital areas of the vehicle will be.


RANGE-EXTENDED ELECTRIC VEHICLES

A range-extended electric vehicle (REEV), or an Electric Vehicle Range Extender vehicle, is a battery electric vehicle that runs on electricity but includes an auxiliary power unit known as a ‘range extender’. The range extender (usually a small petrol engine) drives an electric generator which charges a battery that supplies the vehicle’s electric motor rather than driving the wheels. This allows for an increased range from the vehicle.


Range-extended electric vehicles reduce emissions because they can be operated in zero emission mode for around 50 to 100 miles, before the range extender engine is used.


There are currently no range-extended electric cars on sale in the UK, but taxis are available, and vans and trucks with this technology will soon be coming to market.


Most range-extended electric vehicles cost between £30,000 and £100,000, depending on the make and model selected.


The BMW i3 REX and the Vauxhall Ampera E-REV are both examples of extended-range electric vehicles that are no longer on sale as new cars in the UK.

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