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Showing posts with label Automobile. Show all posts
Showing posts with label Automobile. Show all posts

ETAuto Originals: Electronic Carburettor Vs Fuel Injection: The 2W fight continues


  Indian two-wheeler manufacturer's are divided house on the use of technology.Besides the normal lobbying to adopt the best of technology to meet the tough BS-VI emission,its the use of modern fuel injection or the improvised Electronic carburettor that has developed new camps in the industry. ET Auto tracks the emergence and impact in the coming months as india embraces and experiments with the world's more stringent emission norms.


HIGHLIGHTS 
·   
   An e-carburettor is an improvised form of current petrol carburettor technology.Bajaj has adopted e-carburettor for its entry level 100cc-125cc models.The technology we need has multiple options and it’s these options that are creating ripples in the Indian two wheeler industry leaving it much divided. 



          All the major two wheeler manufacturers are grappling with the ardent task of conforming to stringent BS-VI emissions from April 2020 along with minimise the price hike of the new fuel systems to keep customers glued to their brands.Leading two-wheeler manufacturers in the country, such as Hero MotoCorp, Honda Motorcycle and Scooter India (HMSI), TVS Motors and Royal Enfield have all moved to the Fuel Injection systems and have already started selling their BS-VI vehicles - even in the mass commuter segment. Amid the host of changes in the extremely price sensitive segment has come the play of globally renowned Fuel Injection (FI) system and locally improvised Electronic-Carburettor that has divided the house on the use to meet the BS-VI norms. Carburettor is a device that mixes air and fuel for internal combustion engines in the proper air–fuel ratio for improvised combustion. A similar work is done by the FI but more sensors brings in better fuel burn.


Honda had information and was aware of the e-carburettor technology, but we made a decision to go for the FI system only.YS Guleria, Senior Vice President - Sales & Marketing, HMSI


Leading two-wheeler manufacturers in the country, such as Hero MotoCorp Honda Motorcycle and Scooter India (HMSI), TVS Motors and Royal Enfield have all moved to the Fuel Injection systems and have already started selling their BS-VI vehicles - even in the mass commuter segment.

While the rest of the industry has been rapidly transitioning to FI, the only exception has been Pune-based Bajaj Auto, who have developed an electronic-carburettor (E-CARB), or Electronic Injection (EI) system as the company terms it.

Two wheeler market is changing. It's changing too fast. Scooters are receding and bikes are making a comeback. The upgradation to new emission norms is expediting the transition in a superfast mode. So much so that every manufactacturer is putting his best foot forward which has evenly divided all stakeholders into a bitter battle.

With Hero MotoCorp, HMSI, TVS and Royal Enfield are moving ahead with FI in their bikes and scooters, Bajaj Auto's own intrepid e-carburettor developed with the able assistance of its network of suppliers including Ucal Fuel System Limited is led to cracks in the sector.

Amongst the other suppliers German auto major Bosch is the major supplier of the technology. The market is also dominated by global two-wheeler fuel injection systems brands like Magneti Marelli of Italy, which incidentally runs a local joint-venture with Hero MotoCorp, American Delphi Automotive and Japanese duo of Keihien Corporation and Mikuni. Corporation.

Speaking exclusively to ETAuto, YS Guleria said they preferred to stick to the top-end of the fuel technology and have adopted FI across its platforms. "Honda had information and was aware of the e-carburettor technology, but we made a decision to go for the FI system only. For all our models, the FI will come into play to meet the BS-VI norms and we aren't going for the e-carburettor fuel system.”

Honda has adopted its global strategy for India and gone for fuel injection which is across its range of scooter and motorcycles in the international markets to standardise its product portfolio.

Most other players of the two wheeler segment refused to participate in the story but their BS-VI product portfolio is adopting these technologies.

Fuel Injection Vs E-Carburettor:

According to technical experts there is a pricing challenge as the companies go for FI as it is the single biggest cost to meet the BS-VI norms. This sophisticated system involves converting liquid fuel into a spray that allows faster and better combustion in the engine with minimal tailpipe emissions.

Whereas an e-carburettor is an improvised form of current petrol carburettor technology that takes fuel combustion to the next level and minimises emission to the level making the machine compatible to the highest levels. For instance the e-carburettor is able to meet the BS-VI norms that are coming in April.

Taking forward both the technologies is taking mileage to the next level which is the key for Indian market and leaving customers with better machines that are future ready. “All BS-VI machines carry the best of technology in the world with these sophisticated fuel systems that create an ideal ecosystem of air-fuel burn inside the engine chamber that is controlled by a series of costly sensors,” an technology veteran explained. “These are very sophisticated technologies that burn fuel very efficiently. Fuel injection is a renowned technology already used in cars and other vehicles. The e-carburettor has been improvised for the Indian market as an answer to meeting all futuristic fuel and emission norms.”

Bajaj has adopted e-carburettor for its entry level 100cc-125cc models and now other companies are looking for this cheaper option. Baja gains price advantage over its competitors like Hero MotoCorp that dominates the entry level 100cc market with brands like Splendor. Fuel Injection technology that globally is pegged at $ 10 billion and is growing at a CAGR of around 7 per cent for the past few years, is already part of Bajaj Auto's premium bikes.


The Development:

Leading two-wheeler manufacturers in the country, such as Hero MotoCorp, HMSI, Royal Enfield and TVS, have all moved to FI systems and have already started selling their BS-VI vehicles - even in the mass commuter segment. The two-wheeler industry, unlike the four-wheeler, is highly cost sensitive, especially the majority of the sector, which is driven by entry-level motorcycles.

An increase of Rs 6000-8000 on these products is a significant increase and impacts demand. However, automakers have made the long-term move to shift the industry to a better technology, given its significant benefits in increasing fuel-economy, and ensuring cleaner emissions.

As the rest of the industry moved to clean technology, the Pune-based Bajaj Auto went ahead and developed an electronic-carburettor/Electronic Injection system as termed by the company. With the EI supposed to be cost efficient in comparison to FI systems, it is understandable for Bajaj Auto to opt for this technology over FI that is considered more efficient and environment-friendly.

In such a scenario, it is interesting to note that while most two-wheeler companies have decided to choose sustainability over short-term profitability, Bajaj opting for the non-efficient but cheaper e-carburettor system is likely to force others to follow suit and comprise on the emissions.

The transition to BS-VI is a giant leap for the country’s automotive sector in its journey towards a sustainable future as well as an opportunity to fast-track its image from a low-cost manufacturing base to a hub of innovation for future mobility. The FI technology is a major step towards that objective, having significant advantages over the older carburettor technology.

Despite pressure on price in a cost-conscious market, players like Hero MotoCorp, HMSI and TVS have opted for superior technology in the switch to BS-VI, which will deliver smarter efficiencies and better value in the years to come.

The fuel-injection system not only gives a superior riding experience but also yields 10 percent higher fuel-efficiency. Moving on from the cheaper and out-dated carburettor system which is non-compliant with the OBD-2 regulations, the FI system results in a slightly higher upfront cost, but more than makes up for it by savings on fuel cost over the lifetime of the bike or the scooter.

The BS-VI two-wheelers give consistent performance across varying conditions and altitudes through an exact alternative fuel mix that is precisely and electronically calculated with inputs from multiple sensors and supplied in finely atomised particles.

This ensures higher volumetric efficiency, more torque and better power, leading to smooth, jerk-free ride, sharper initial and running acceleration, while giving better fuel efficiency than e-carburettor.

BS-VI remains a challenge:

The technology to comply with the BS-VI emission standards had been a major headache for most of the companies. Even for global players like Honda, Yamaha, Suzuki, Benelli or Piaggio the fuel injection technology has been used for years. The challenge remains how to price their products competitively with this expensive piece of technology.

“It will be difficult for the FI technology products to compete with the e-carburetor ones,” said an industry player.

Bajaj Auto has been working for years confidentially to develop the e-carburetor system and meet the stringent emission norms. It has taken years to improvise the technology for the 2020 norms. It got its important supplier UCAL Fuel System Limited to work on the technology and after years they have been able to come to the level of the FI in terms of meeting the emission norms.

Some of the companies have started the process almost a decade back. Hero MotoCorp has inked a joint-venture with Magneti Marelli of Italy to make FI systems. The company, the world’s largest bike maker, has entered into a 60:40 joint venture with Milan (Italy) headquartered Magneti Marelli for developing and manufacturing new generation fuelling systems in India in 2013.

Hero MotoCorp had also forged alliances with the US-based Erik Buell Racing LLC that went bust, Austrian engine developer AVL List GmbH and Italy’s Engines Engineering Srl to enhance its R&D capabilities. Many of these pacts were in the process to develop larger paths to meet the stringent BS-VI norms.

Similar developments were done by other companies to get the best of technology and fuel systems and it’s only time will tell how their strategies will pave the way to meet the norms and aspirations of the customers in the world's most price-sensitive market

An insight into electric cars!






In recent times there is a drastic change in the automobile industry, as electrically running vehicles are on the road. According to a new report from the International Energy Agency,  the number of electric cars on the road is predicted to expand to 125 million worldwide by 2030, due to supportive policies and cost reduction.

The electric vehicle is a revolution in the automotive field, as Electric vehicle (EV) consumes electricity from various sources like the internal battery, charged by the external sources, a generator converting fuel into electricity and equipping solar panels. The electric vehicle is not restricted to locomotives and roads but they also work underwater and in the Air. As there is an increase in the price of the fuels, the electric vehicle forayed in the market for serving the automotive industry.

These vehicles are very efficient with low power consumption and long travelling range. Earlier they are charged for a long time with a low travelling distance. Now, the advanced once are very hastily charged. EV's are now in a wide variety of designs and configurations.

Nissan introduced its first electric vehicle in Japan and the United States in 2010 and followed by other countries. This award-winning electric car's count reached more than 350,000 all over the world by Sept 2018. Its battery is charged 0-80% in just 30 Minutes it travels 243km (151 miles) once it fully charged. In BEV's, the front engine space is empty as the batteries are found at the bottom of the car such that it controls the rollout.

A 2018 study at the University of Michigan's Transportation Research Institute found that electric vehicles cost less than half as much to operate as gas-powered cars. The average cost to operate an EV in the United States is $485 per year, while the average for a gasoline-powered vehicle is $1,117. When Compared to the purchase cost BEV's(Battery electrical vehicle) price is slightly high but, the maintenance and fuel cost will benefit you in the long run, the expenditure on the vehicle lowers while ICE's (Internal combustion engine) increases.

Few BEV's(Battery electrical vehicle) are known as independent vehicles as they installed solar panels on the vehicle, which converts the solar energy into electricity and charge the battery.

As per a research, the battery charging time increases when there is a drop in temperature. The chemicals in the battery react to the conditions and lower the battery charging capacity. It is suggested that limiting the charging time will benefit the battery for a longer run.

Electric Vehicle Benefits


•    Pure electric vehicles are true zero emissions vehicles. No greenhouse gases are emitted during vehicle operation.
•    Gasoline is eliminated, replaced by grid sourced electricity generated from traditional and increasingly renewable sources. Many electric vehicles have factory installed or aftermarket solar panels installed on roofs.
•    Fuel cost (electricity) per mile is 20-25% of gasoline or flex-fuel cost.
•    95% of the energy used to recharge EVs comes from domestic sources. Dependence on foreign oil is reduced.
•    Very low vehicle operation and maintenance costs.
•    Self energy generation through regenerative braking.
•    Simple battery recharging through standard household 110V outlets and recharging stations.
•    Electric vehicles are in production and available today at prices in a similar range to that of traditional gasoline and hybrid cars. A few models are also available in the luxury price range.

FCEV


Fuel Cell Electric Vehicle, the fuel cell in FCEVs is a combination of hydrogen with oxygen from the air to produce electricity. The electricity from the fuel cell then powers an electric motor, which powers the vehicle just like a BEV. And like BEVs, there is no pollution or climate-changing elements from FCEVs end-pipe the only byproduct is water. Pressurized Hydrogen can be filled in at the hydrogen stations in less than 5 minutes and can travel up to 300 miles. It also has a technology of capturing the energy lost while braking and storing it in the battery.

SANTRO – An Era of Happiness

OVERVIEW 

In the year 1998, Indian automobile industry witnessed the introduction of a company with a strange name and they launched a strange car which is cute to look at but had a tall boy design. Before this, small cars are meant to be small in every proportion in India. But Hyundai redesigned the small car concept of Indians and gave us the ever so popular Santro. Santro was not just a people mover for many people. It was always a part of the family and that’s why after 17 years it has been discontinued, Hyundai is bringing back the car which changed the concept of a real family hatchback. Hyundai Santro was known in many names all over the world such as Hyundai Amica in UK, Hyundai Atos in Middle East and some European countries.  It was even rebadged by Dodge and Kia as Dodge Atos in Mexico and Kia Visto in South Korea and Indonesia.

ENGINE AND TRANSMISSION 

Santro was powered by a 1086cc MPFi inline 4 cylinder petrol motor churning out 62 bhp @ 5500 rpm and 96 Nm @ 3000 rpm. Though the power figures did not meet the modern standards, Santro never disappointed the driver when it comes to delivering what it is expected. The engine was mated to a 5-speed manual transmission which did its job perfectly. Although there was on optional 4 speed automatic later.


SUSPENSION AND BRAKES 

Santro came with a McPherson strut with coil spring & anti-roll bar in front and a torsion beam axle with coil spring in the rear. The tires were 155 / 70 R13 with steel rims. Since it has got a large profile tire and an independent suspension in front, the ride was pretty comfortable in its segment. Santro has got ventilated discs at front and drum at the rear. The brake bite and feedback is the one area where santro disappointed. 

EXPERIENCE

It’s always been a joy to drive old MPFi engine cars and Santro was no exception. Also, the tall boy design provides the great all-around view with minimal blind spots without being looking like someone who drives a suitcase!! The interior space was also more than adequate for a car of this size and provided well-built quality. The car has got only 9 sensors and most of the components are mechanical which assured hassle-free ownership for a lifetime. Also, the ride comfort is pretty appreciated with the adequate comfortable seats. Even the rear passengers have got adjustable headrests. The car has got adequate storage space, powerful AC and everything in the center console is in the reach of the driver as far the ergonomics are concerned. The rear seats were wide enough to seat 3 people although long journeys will be tiring. When it comes to fuel economy, that’s where the Santro does not put a smile on our face. The company claims 17km/l although it returns only 11-12km/l on an average. 

STARTING OF A NEW ERA 

Hyundai launched the All-New Santro in 2018. It is based on the new AH2 platform and will get modernized interior with new engine and transmission and there is even an AMT on offer.Hyundai is always famous for its fit and finish and their segment first features and the third generation Santro is no exception. Santro offer rear AC vents, one of the best infotainment screen in its class and lot more. But I think it lost its torquey charm as manufacturers are now concerned for less emissions and more mileage. Also I'm not a big fan of its styling too. Anyway I'm happy they didn't destroy the Santro name but if I have to choose between a Santro zip plus and a 2018 one, I'll definitely go for the zip plus...