Need to Recycle Automotive Fluids

Over the years automotive recycling has developed into a big industry. This is because technological developments have given rise to processes which have made it possible to recycle most parts of a car. These days every part such as plastics, glass, different parts, fluids used in a car is recycled.

Most of the fluids used in cars need proper disposal. This is because if they leak into the environment, they can cause serious damage. The reason is that they contain toxic chemicals.

Let us see various fluids that are used in a car and their impact on the environment:

Engine Oil:

Internal combustion engines of automobiles need frequent changes of oil and oil filter. If we consider the number of cars on road, you can imagine the quantity of waste engine oil that is generated. But fortunately, engine oil can be recycled. You can remove used oil from your car and give it away to a recycling center. You can replace used oil with fresh oil.

Antifreeze:

Antifreeze should not be allowed to escape into the environment. This is because it is toxic and it could mix with underground water. The antifreeze water is sweet to taste and can be consumed by children and animals. This is hazardous for health. The good news is that there are processes to recycle antifreeze.

Anti-transmission fluid (ATF):

If this fluid is released into the environment, it causes severe damage. It seeps into the soil contaminating it. Animals and insects consume it and die. This affects the food cycle and negatively impacts the ecosystem. These pollutants make their way into the water supply also. This adversely affects the life of aquatic creatures. Recyclers collect used ATF so that it does not get leaked into the environment.

Brake Fluid:

Brake fluid contains glycols, solvents, and heavy metals. It is also flammable. Hence, it should be carefully disposed of.

Windshield washer fluid:

This fluid is toxic in nature since it contains methanol, detergent, and water. It should not be mixed with other automotive fluids.

Fluids can easily leak into the environment causing irreparable damage. Hence, we should all make a conscious effort to ensure that this leakage is avoided. Since there are recycling centers to recycle most of these toxic fluids, we should do our bit for disposing of them.

We can collect used fluids in containers and give them away at recycling centers. However, we need to ensure that we collect the different fluids separately. Safe disposal of automotive fluids is a great service to mankind.

Four Auto Trends To Watch In 2018

2017 was a very interesting year for the automobile industry and everything that went on both in the public light and behind the scenes. From seeing rideshare companies continue to grow, car sales decline and self-driving vehicles hit the road, it was surely historical.

2018 is lined up to be no different. Here are four automobile trends to keep an eye on during the coming months and 2018 as a whole.

1. Electric Vehicles – 2018 is going to be a very exciting year for electric vehicles as they finally have gained ground in the industry. New options will be available along with models which offer longer driving ranges and will be cheaper in price. Charging times will continue to decrease and charging stations will begin to pop up more and more around major highways and cities. As the world continues to push more toward a healthier environment, the rise of electric vehicles will continue to grow. Outside of the United States, other countries have already begun to implement this change and are making electric vehicles their number one priority and number one transportation option.

2. Car Sales – For the first time in seven years, car sales in the United States have gone down. While this shouldn’t come as a huge red flag, it does have some people questioning what will the future hold. As rideshare services become more readily available and cars are still expensive, more and more people are deciding not to own a vehicle. Experts predict that sales will do fine in 2018, yet it will be interesting to see how major automakers do in the new year.

3. Rideshare Companies – Rideshare companies have taken the transportation industry by storm and have really made an impact on how people get around. They offer such an easy way to request a ride and an easy way to pay, making trips quicker and cheaper overall. The two rideshare giants, Uber and Lyft, have also introduced extended programs such as how to deal with those with visual impairments and even taking patients to their medical appointments. If these efforts continue, rideshare companies will be around for a long time. It will be interesting to see what they have in store for 2018.

4. Driverless Vehicles – Along with electric vehicles, driverless vehicles are poised to become the next big thing. Once thought of as only a dream, they are now becoming a reality. 2017 saw driverless vehicles getting physical miles covered on the roads and newer and better technologies. Major companies all over have been pouring money into these new autonomous safety features, hoping to perfect it. So far, we have seen driverless vehicles on the roads in California and Michigan and they don’t seem to be stopping any time soon. It is believed that driverless vehicles will make the roads nearly 95% safer than what they currently are.

 

Driverless Vehicles Will Expand The Entertainment Industry

It seems like everyday we are seeing major automakers, as well as major companies, reveal their prototypes and models of new electric and self-driving vehicles. Companies such as Tesla, Nissan, Google, Uber and Amazon are said to be leading the charge but the hunt is on for everyone.

Companies are pouring more and more into trying to get ahead and a jump-start on the changing auto industry. An industry which many believe to be changing from the motor oil engines we have today to completely driverless and electrically driven. This is happening overseas as well, China seems to be the overall leader of the industry.

China buys and produces more cars than anyone else in the world. And they have already doubled the amount of sales for electric vehicles compared to the United States, largely due to government promotion and the benefits you receive from buying and using these vehicles.

The rise of driverless vehicles is made possible because of how much money and time these giant companies are now pouring into the industry. Trying to create the perfect model all while battling each other for the top spot.

Driverless vehicles are believed to be nearly 100% safer than those with drivers behind the wheel. Humans are easily distracted, often speed and make costly mistakes on the road. Major companies are now trying to build the perfect mix of autonomous safety features, better technology and a more leisure experience.

An unknown winner in all of this will be the entertainment industry. The goal of driverless cars is to keep more people safe on the roads. So during your next road trip when you no longer have to worry about driving or directions, what will you be doing?

Some of us may sleep, some of us may read or grade papers, but the truth is the majority will now be watching TV or a movie or even playing a gaming system. Technology has gotten so advanced over the past few years and it will continue to expand. New technology will keep us connected to our cars so we can enjoy a long road trip with some dim lights, comfy chairs and movies playing, all while riding in your own car.

General Motors has just reveled their newest service called the Marketplace. This new service will allow you to use your touchscreen in the car to have access to various services such as food, entertainment, gas and even hotels. GM is continuing the trend toward more connected cars, something we have already seen with the addition of Wi-Fi and Bluetooth throughout many new vehicles.

The Marketplace service offers featured brands and deals, allowing you to easily access your morning meal while you’re on the road. The system is set up so you get in your car, begin driving and select your order or reserve a hotel and then go to your destination. The service will automatically route you to where ever you choose, such as the nearest BP gas station.

This service will also serve as an advertising platform as well as a rush for companies to get their product and logo on your touch screen. Various companies such as Wing Stop, Dunkin Donuts and TGI Fridays are reportedly all in so far.

The push for driverless cars will open up the door for the entertainment industry and allow it to mix in with the auto industry. The two would presumably team up so they would be able to offer TV, movies, sports, gaming, etc. to any and all driverless vehicles on the road.

The possibilities and profits are endless for the reach of these new features to make the automobile more connected with the rider.

Is Your Company Ready For Industry 4.0 Transformation?

What is Industry 4.0?

Industry 4.0 is the 4th industrial revolution. To give a little history, industries used steam to make the machine work which increased production and reduced cost in the industrial revolution. The next phase of the revolution was the mass production with implementing electricity and assembly lines. The third revolution introduced automation and computers. We are now here in the fourth revolution through digitizing and networking where we can connect the digital world with the physical world.

With hassle free wireless networking you educate the machine. Earlier the intelligence lied with the humans and machines just helped with the physical work, but now we can educate the machine and the products itself, also get a virtual image. Using Internet of Things (IOT) you can connect all the physical machines with software, networks and censors and they would exchange data with each other making human life and production much more simpler.

How many hours have you spent to hire a mechanic because your machine stopped working and the mechanic failed to understand what went wrong with the machine? With Industry 4.0, the machine will tell you what part has been failed and what has to be replaced. With artificial intelligence, it also tells you which spare parts need to be fixed.

Why Transform to Industry 4.0?

The Cyber Physical systems enable your product to communicate with your machine. Your product will instruct the machine as to the quantity and the type of product that needs to be produced, and the machine is then produces and labels the products. After detecting the product, you can never go wrong with packaging, also your quality check has been performed by the machine while packaging itself.

Industry 4.0 allows you to have a flexible manufacturing process that will better react to customer demands. This new manufacturing technology reduces your cost of production, cost of wastage, reduces errors, increases efficiency due to usage of robotics, yields higher revenue, improves customer service and increases innovation. It also allows you to create a virtual image of the real world using 3D printers and help you test your product and know your contingencies beforehand which would allow you to change the process in order to avoid the contingency before you even start your production.

You don’t need to manually check your stock. You can add a censor to your forklift and your products, and while stacking up your goods, you get the data of the quality, description, weights and dimension as well as the location of the product. This would immensely reduce errors and damages.

Feed your machines, knowledge of automated systems with this new manufacturing trend and let them communicate with each other while you see your profits rise up high and costs go low.

ERP for Automobile Manufacturing? Know The Basic Features

Automobiles and parts manufacturing units, especially the small and mid-sized ones are striving hard in the globally competitive industry to sustain their place. Large-scale manufacturing units rely on specific software systems to make sure their operations run fast and efficiently and help them produce more output. But, that involves a huge investment, only affordable by large units.

ERP solutions are new-age software systems, targeted for all industrial segments. They gained prominence lately and are helping enterprises to manage all of their processes fast and effortlessly. As software companies are bringing out industry-specific ERP solutions, automobile manufacturers are deploying them to thrive and achieve sustainability in the global market. But, what makes an ERP solution best and fitting for an automobile manufacturing unit? Definitely, its integral set of features! Take a look at them.

#1 Management of Multiple workstations

ERP software for automobile industries is specifically designed to help them manage wide-ranging processes that are taking place in the different workstations from one point. It helps the managers to schedule of tasks of workstations, track the flow of goods, and also check progress of each process.

#2 Quality management

ERPs offer complete support for quality management which helps the manufacturers to offer best quality products and vehicles parts at economical prices. In short, ERP software help auto businesses to enhance product quality with costs optimisation, achieve operational excellence and efficiency and increase customer satisfaction.

#3 Cloud-based document management

With ERP solution, automobile manufacturers no more have to deal with vast amount of paperwork and documentation. It provides support for electronic documents management and cloud-storage systems. That is, manufacturers can now create, upload, download, store or view files of any formats in a common database of the ERP system. So, from sales order, purchase orders, to accounting transactions, data of all get saved in one common place.

#4 Separate DMS (Dealer Management System)

With ERP software, manufacturers get a separate Dealer Management System that will provide them comprehensive sales performance over a time-period and make successive strategies accordingly. Further, ERP offers some futuristic features too that help improves sales function, which are Live Sales Chat, Dealers Portal, POS for up-to-date sales tracking, and Modifying of sales pattern.

#5 Inventory management

For automobiles or parts manufacturing units, an excess of stocks is always an added expenditure. For this, manufacturers try to follow a lean production process for optimising their inventory and produce as per the market demands. ERPs include features for traceability. This means manufacturers can know the stocks withstanding, track inventory level in separate categories, and plan JIT (Just-in-time) delivery of their products.

Well. this shows why ERP software is a one-point solution for automobile industries. Every manufacturer, including cars, motors, trucks, tractors, and automotive parts must deploy it to streamline operations and achieve cost-efficiency.

However, processes are different for different manufacturers. So, there’s need for customisation of modules of the ERP according to one’s processes. Trusted software development agencies that deal with modern ERP solutions can give them a solution specific to their processes.

5 Connectivity Trends That Will Shape the Future of the Automotive Industry

Innovation is already behind the wheel of the modern automobiles. Yes, smart connectivity is now shaping the automotive sector in a never before way. While some of these technologies are already on the verge of becoming mainstream, there are other technologies that are just on their nascent state and are on the making. Most automotive management services predict that together these technologies will shape the future of the connected automobiles of the future.

Here are the 5 trends that will shape the future of the connectivity in automotive industry.

1. Self-driving cars

Self-driving cars that can run on the road without the intervention of the driver behind the wheel is already a reality with several automakers having come with their respective models of such cars. Already out through several successful test-runs Driverless cars truly holds the future of the automobile in the world. But according to expertise of leading automotive management services, driverless cars in spite of being already a reality, still a decade or so is required for such cars to become public and hit the road as regular vehicles.

2. AI-powered car infotainment systems

The infotainment systems of the modern cars are increasingly getting powerful and responsive and already they are all apt to respond to most regular commands including voice commands. The AI-powered virtual assistants will rule the future car infotainment systems of the cars to respond to passengers and driver in more responsive ways. AI is supposed to be introduced in the car infotainment systems of the future cars in just one or two years from now.

3. Blockchain-Powered Maintenance and Repair

We all are aware how the counterfeit car parts cause performance failure and in the long run damage vehicles. But as of now, in many countries to prevent such counterfeit parts entering the market there is no trusted system in place. In this respect, Blockchain based maintenance and repair mechanism can really play a revolutionary role in authenticating car parts. Blockchain which as a distributed ledger system allows no deletion or tampering of data while offering open and widespread access to data can actually help to authenticate car parts through an easily accessible distributed ledger of car parts.

4. Vehicle-to-Vehicle Connectivity

Vehicle to Vehicle connectivity commonly referred to as V2V technology allows cars on the road sharing information and keeping in touch with each other. On the road, a car can share information concerning speed, traffic, road conditions, any dangerous threats, etc. Automotive management services maintains that such V2V communication not only dramatically improves car safety and security it also actively helps cars avoiding routes that may take longer to reach the destination because of the heavy traffic. Already some cars are having a better in-car communication system and there are already highly equipped fleet management systems in place. All these together will shape the fully equipped Vehicle to Vehicle connectivity system of the future.

5. AR powered maintenance

Augmented Reality technology which already penetrated many industries and niches because of the unique capability of integrating the digital interaction to the real world around. Just like finding the digital game character of Pokemon in a popular AR game like Pokemon Go in an AR powered vehicle repair and maintenance environment the servicemen can render their services with guidance from a digital interface showing each and every part of the car.

A service engineer being able to see the entire car starting from the car seats to the interior features to the engine and bonnet can easily have a guided experience in repairing the entire car. This will help the car industry saving huge on maintenance and services. For customers also, this will ensure more precision, timely service and longer durability of the vehicle.

A Brief History of Electric Cars

While many people believe that electric cars are a fairly new invention, the electric vehicle or EV has been around for nearly two centuries. The first EV dates back to the 1830s. Several different models were built across Europe and America. Several versions were created as batteries improved. By the late 1880s, UK and France supported major development of electric vehicles. Camille Jenatzy of Belgium invented the fastest EV, which was clocked at 100 km per hour. Switzerland, which lacked the natural fossil resources of other nations, also supported the electrification on its railway system, reducing its dependence on foreign resources and helping to advance the technology even further.

In America, the first electric car was not developed until the late 1800s. The first EV of note was a wagon that held up to six passengers. William Morrison and A.L. Ryker designed this vehicle, and it is considered to be the first practical electric vehicle. Innovations in electric cars rapidly increased by the early 1900s. By the turn of the century, America was quite prosperous, and automobiles of all kinds were becoming much more popular. The first hybrid electric motor/combustion engine was made in 1916. These vehicles had an advantage over their competitors for a number of reasons. They were less noisy, and they did not have the smell and vibration associated with gar-powered vehicles.

EV’s were quite successful in America through the 1920s. However, by the late 1920s and early 1930s, gasoline had begun to dominate the market. With the discovery of crude oil in Oklahoma and Texas and the development of the improved road infrastructure in America, gas-powered automobiles became much more affordable and popular. They could also now travel much farther and faster than their competitors. By the late 1930s, American electric cars had practically disappeared.

By the 1960s and 70s, the notion of alternative fueled vehicles and foreign oil independence became more known, but there was not much available on the market until the 1990s. With clean air legislation being passed by American government, a few major automobile manufacturers began announcing that they would be introducing some electric models into their lineup. Since the early 2000s, interest in electric and hybrid cars has increased. Automakers have slowly been moving away from fuel inefficient vehicles.

Since the end of the first decade of the 2000s, more manufacturers have been introducing entirely electric cars. Due to the increase in the cost of gasoline and the growing awareness of the importance of environmental consciousness, EV’s have become far more popular, and it is likely that they will become even more popular in the near future.

A History of Hybrid Cars

As people become more environmentally conscious, gas prices begin to soar, and independence of foreign oil becomes more of a concern, hybrid cars become more and more popular. A hybrid automobile is defined as a vehicle that uses more than one source of fuel. Many of these vehicles use a combination of a typical gas powered internal combustion engine with an electric motor. While these vehicles were quite rare historically, they have only recently become more popular. Many automobile manufacturers now offer a variety of models that use this technology. While these vehicles still rely on gas, they can greatly reduce the amount of fuel used.

When automobiles were still in their infancy around the turn of the century, there were actually quite a bit of electric powered vehicles on the road. At that point, gas-powered vehicles did not dominate the roads in the way that they do now. Hybrid cars did not develop until about one hundred years later, at the beginning of the 21st century. While the first known model was developed in the 1960s, they did not become available until the end of the 20th century. The very first hybrid vehicle was introduced in 1900. It was initially an electric only vehicle, but a gas-powered engine was added to the automobile soon after, making it the first hybrid automobile.

The idea for this kind of double powered vehicle reemerged multiple times over the following decade. These electric and gas powered cars are well known for their better fuel efficiency and their ability to prevent environmentally friendly driving. These vehicles are built much in the same way as conventional gas powered automobiles, but the battery is much more prominent. These batteries are rechargeable, and they are used to power the electric engines that are installed into these vehicles.

While they do still rely on fuel to run, hybrid cars are certainly a step in the right direction. Since electric motors do not use any energy and typically only operate at slower speeds, this can greatly reduce your use of gasoline, particularly if you are only driving below 40 miles per hour. The battery also charges while the car is running, meaning you don’t have to worry about doing any charging yourself. While these vehicles can be a bit expensive, the prices are getting more affordable. Plus, you may be eligible for a tax incentive, and you may find that your savings in gas money will make the investment worth the cost.

 

Electric Vehicle Connectors

Green is no longer just a color; it’s a movement rooted in environmentalism and sustainability. As people around the world have realized that we need to protect the planet if we want it to stay healthy and beautiful for future generations, more and more products have entered the market to push the green movement forward. Electric cars are one of those developments, giving consumers the choice to be more environmentally friendly in their everyday transportation. Although most Americans own and use gas-powered cars, electric vehicles are growing in popularity and as their technology progresses, they will become even more convenient and appreciated. Electric vehicle connectors are an integral part of this new form of transportation; the cars need them to power up. But before we get into specifics, let’s look at the basics of electric vehicles.

Electric vehicles are a type of automobile that uses one or more electric motors or traction motors for propulsion. Unlike gas-powered cars, they are fueled by electricity, which can come from a variety of sources (fossil fuels and nuclear power, but also renewable sources like tidal, solar, and wind power). They require less maintenance because they don’t have as many parts as traditional vehicles, and they offer tax benefits. Electric vehicles are also easy to charge at home, run on renewable energy, and emit no pollution from their tailpipes. There are many benefits to owning an electric car, but like most things, they come with disadvantages too. Electric vehicles can take several hours to charge and aren’t able to last on long road trips. They will also increase the demand for electricity and there are very few models currently available.

Charging up an electric vehicle is easy, but it will require some patience. The most convenient (but also expensive) option would be to purchase a charging station for home use. If you charge your car overnight, it will always be ready for the morning commute.

To make the process of charging an electric car more convenient, national societies and commissions work together to establish industry standards for electric vehicle connectors. The common connector for the United States is the J1772 combo plug, which was chosen by the Society of Automotive Engineers. It allows for AC and DC charging, is 43mm in diameter, and contains five pins. Designed for single phase electrical systems with 120 V or 240 V, electric vehicle connectors use a 1 kHz square wave at +/- 12 volts on the pilot pin (to detect the vehicle, communicate the maximum allowable current, and control the charging process). These connectors will often be located outside, so it is important that they are able to withstand environmental concerns like wind, rain, and heat. They are also equipped with many safety features like shock protection, connector pins located on the inside (so humans have no physical access), and pins that have zero voltage when not in use.

Technological advancements and growing popularity are helping consumers see electric vehicles as a viable alternative to their gas-guzzling automobiles, but it will take a while longer for them to truly compete. Right now, electric cars are just a great alternative for environmentally conscious drivers looking to make a change.

What Electric Cars Are All About

An electric car is an automobile propelled by one or more electric motors that use electrical energy that is stored in batteries, that then projects the power through electric motors towards the drive train of the vehicle.

The first electric cars appeared in the 1880s, electric cars were popular in the 20th century and earlier in the 19th century until the common combustion engines were made for mass production and petrol was cheaper to use than electric.

During the 1970’s and 1980’s the energy crisis hit which stopped the electric vehicle in its tracks.

Fast forward to 2008 when a renaissance in electric vehicle manufacturing occurred due to advances in battery technology power, technology management and also concerns about increasing oil prices and not to mention the need of reducing greenhouse gas emissions.

Since 2008 many governments, local authorities and countries have given tax breaks, tax benefits and government grants to help the electric vehicle market grow and to reduce the aforementioned in an effort to reduce greenhouse gases and CO2 emissions.

Benefits Of Electric Cars

There are many benefits for electric cars, a significant drop in air pollution due to no tailpipe pollutants, is of significant importance. Greenhouse gases and other such emissions are greatly reduced like in the case of BMW’s I range where BMW build these cars with as much eco-friendly components as they can and their factory units are solar powered reducing fossil power and their carbon footprint by half from the very start of the production stage.

The other benefits of electric cars in 2014 is that we now have a new kid on the block in Tesla motors, these pure electric cars have a range of up to 300 miles per charge. Tesla are licensing patents on its technology to the other motor industry giants to try and push and achieve an increased range for all new electric cars.

Other benefits are FREE Road Tax and a £5000 grant from the Government towards a new electric car. Also if you live in the UK and travel of an average of 720 miles a week this will only cost you, as of November 2014, £27, now that’s got to be a benefit.

Plug-In Electric (Hybrid) Cars

During the 21st century the biggest demand is in the plug-in electric car as these vehicles have a better range and are more practical for the average business person who has to travel more than 100 miles per day. Furthermore, due to the better known range anxiety the production of plug-in electric cars has been fuelled from the beginning of 2008.

However, from 2010 a new dawn had appeared with the cars such as the Chevrolet Volt, Vauxhall Ampera, Mitsubishi Outlander in 2014, and the BMW i3 range extender in 2013. These cars have taken the electric car format and generally had an engine of small capacity working as a generator to keep the batteries recharged, which then ultimately gives you a bigger range scope.

Another benefit to plug-in electric cars is that you can now achieve 290 mpg, which as we know from the prices at the pumps, as of November 2014, a gallon of petrol would cost £6.00 on average. So as we can see this is a massive reason to go and purchase a plug-in hybrid car.

Charging Plug-In and Pure Electric Cars

This is very easy nowadays with the capability to charge from your own home also with superchargers across the UK and other charging facilities across the UK. By 2020 the European Union has said that the UK must have a minimum of 60,000 electric car charging points, bearing in mind that this is only six years away we feel that you will be in safe hands to charge your car at any time no matter where you live in the UK by 2014.

So the locations can be;

A home charger which is discreetly placed on one of your outside walls, on a shed or in your garage.

From a charging station across the network of UK roads, in supermarkets, at supercharging stations from Tesla, from fire stations,from other government locations to park-and-ride’s, airports and anywhere else that can fit one.

These chargers are dependent on the power unit, a charge can take anything from 30 minutes to 8 hours to fully charge your car, however, the average time to charge a Pure Electric Car nowadays is down to 4 hours in many cases. If you travel less than 100 miles a day and you sleep for four to eight hours a night you can have a fully charged car without ever having to go to a petrol station again and waste time at the pump.

With a plug-in hybrid it is much the same, however, you can obviously travel a lot more than 100 miles a day, in fact you could travel up to 1000 as these vehicles are not dependent on being plugged in to a power unit.