Mayank Summer Traing Project

8/10/2019 Mayank Summer Traing Project

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Introduction

Starlit Group comprises closely held companies, each with its own unique resource basis and

skill sets. These boutique entities have built unique synergies enabling superior execution of the

projects in the fields of infrastructure development & advisory. Incorporated in 1986 and

promoted by Mr. Sachin Shridhar, this group is managed by a multi-disciplinary team ofdedicated and experienced professionals

Starlit Industries Ltd is the countrys growing manufacturer of lead acid storage batteries and

power storage solutions provider. The company offers one of the widest ranges of batteries for

every conceivable application in industrial as well as automotive segments.

Starlits strong brand pull, established in India for two years, is supplemented by its nationwide

dealer network and a very strong R&D center. With the help of two of its Japanese collaborators

Shin Kobe and Furukawa - Starlit has consistently remained at the cutting edge of international

battery technology and introduced various pioneering products and power storage solutions inthe Indian and global markets.

Starlits products find application in automotive, two-wheelers, inverters, UPS, Starlit is also

present in the non-conventional energy business where it designs and integrates solar and wind

power solutions.

The Company's four business divisions

STARLIT INFRASTRUCTURE LTD.

STARLIT FINANCE LTD.

STARLIT POWER SYSTEMS LTD.

STARLIT TECHNOLOGIES PRIVATE LTD.

STARLIT REALTY AND INFRATECH PRIVATE LTD.

They provide a comprehensive range of stored electrical energy products and services for

industrial and transportation applications. In addition, Starlits Asia Pacific/ Rest of World

operations contribute sizeable revenues to the Company, divided evenly between the Industrial

Energy and Transportation products and services.

STARLIT POWER SYSTEMS LIMITED is Indias leading manufacturers of Power Storage

Solution & SLI applications Batteries. In addition to a state-of-the-art R & D and production

facility, we have our own recycling, refining & manufacturing unit of lead based products. This

makes Starlit a one of its kind completely Integrated Battery Manufacturing facility in India.

This gives us unique control over the quality of refined lead, Alloys composition and oxides

which are used in our Batteries. This control and adherence to strictest quality parameters is what


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makes us stand out amidst the crowd. STARLIT POWER SYSTEMS LIMITED, committed to

Engineering excellence and innovation, uses cutting edge German Technology for our wide

spectrum of world class batteries with high endurance, long life, instant surge current & trouble

free performance features. STARLIT POWER SYSTEMS LIMITED is Indias leading

manufacturers of Power Storage Solution & SLI applications Batteries. In addition to a state-of-

the-art R & D and production facility, we have our own recycling, refining & manufacturing unit

of lead based products. This makes Starlit a one of its kind completely Integrated Battery

Manufacturing facility in India. This gives us unique control over the quality of refined lead,

Alloys composition and oxides which are used in our Batteries. This control and adherence to

strictest quality parameters is what makes us stand out amidst the crowd. STARLIT POWER

SYSTEMS LIMITED, committed to Engineering excellence and innovation, uses cutting edge

German Technology for our wide spectrum of world class batteries with high endurance, long

life, instant surge current & trouble free performance features.

Starlit Technologies is a business organized to serve customers complex stored energy

systems needs. Key strengths of the Company are that its products and services span global

markets and geographic borders, melding two significant bases of experience and technology

expertise from its Transportation and Industrial battery divisions. The Company shares expertise

across business segments

Starlit Technologies extends its customer offerings by selling services and systems that enhance

vehicle performance and fleet utilization or reduce risk of loss of power problems. Starlit is

providing energy solutionsnot merely batteries.

Starlit industries provide a comprehensive range of stored electrical energy products and

services for industrial and transportation applications.

Transportation markets include original-equipment and aftermarket automotive, heavy-duty

truck, agricultural and marine applications, and new technologies for hybrid vehicles and

automotive applications. Industrial markets include network power applications such as

telecommunications systems, electric utilities, railroads, photovoltaic (solar-power related)

and uninterruptible power supply (UPS), and motive-power applications including lift

trucks, mining and other commercial vehicles.

The project was carried out for study and analysis the dealers network and consumers

perception about Starlit batteries in delhi.

It was done mainly to know the satisfaction level of the dealers against the different

services provided by the company and also to know the consumers satisfaction against

the product and services provided by the dealers.


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1.1Objectives of Study

To introduce innovative and cutting edge technologies in the market through our products.

To bring the most reliable and enduring products to the Indian Customer.

To achieve a higher level of customer satisfaction by consistently meeting & exceeding

Customer

To provide our trade associates with adequate training to serve the customer promptly and

Competently.

To provide all our associates with training opportunities and learning experience which

enhances the organizational and enriches the personal goals.

To provide leadership in protection & preservation of the environment by eco-friendly

Recycling

A) Organization point of view

Beneficial for organization for sales forecasting.

Helps the company to know about their competitor in market.

Make clarifications about dealers.

Moves organization to evaluate SWOT analysis.

Helps in the planning of marketing strategies for the product.

Makes company to know more about current trend and requirement of market.

Help to know that really consumers are satisfied with the product OR no.


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Chapter 2Research Methodology

Objectives of Research

Get the practical implementation of the research.

Learns the practicality of the marketing concepts.

Get more confidence by interacting with others.

Enhances the ability of observing.

Improves the analytical thinking.

Get the knowledge of marketing environment.

MARKETING RESEARCH

Marketing research plays an important role in the process of marketing. Starting with

market component of the total marketing talks. It helps the firm to acquire a better understanding of

the consumers, the competition and the marketing environment.

DEFINITION

Marketing research is a systematic gathering, recording and analysis marketing problem to

facilitate decision making.

- Coundiff & Still.

Marketing researchis a systematic problem analysis, model building and fact finding for the

purpose of important decision making and control in the marketing of goods and services.

- Phillip Kotler.


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RESEARCH INSTRUMENT USED - DETAILS & WHY?

If one wants to know what type of dentifrice people use, what they think of, television

commercials, or why they buy particular brands of cars, the natural procedure is to ask them.

Thus, the questionnaire method has come to be the more widely used of the two data collection

method. Many consumers are now familiar with the telephone caller who greets them with Weare making a survey, and then proceeds to ask a series of questions. Some interviews are

conducted in person, others by telephone, and others by mail. Each of these has its special

advantages and disadvantages and limitations. The questionnaire method in general, however,

has a number of pervasive advantages and disadvantages. Discussion of particular variations will

be more meaningful if these characteristics of the general methods are brought out first.

A questionnaire consists of list of questions to be asked from the respondents and the space

provided to record the answer / responses. Questionnaire can be used for the personal interviews,focus groups, mails and telephonic interviews. The choice among these alternatives is largely

determined by the type of information to be obtained and by the type of respondents from whom

it is to be obtained.

The common factor in all varieties of the questionnaire method is this reliance on verbal

responses to question, written or oral.

Questionnaire in the project consists of

Multiple choice questions

Dicthomus

MULTIPLE CHOICE QUESTIONS:

Questions of this type offer the respondents an alternative to choose the right answer amongothers. It is faster, time saving and less biased. It also simplifies the tabulating process.

OPEN END QUESTIONS:

In this type respondents are free to answer in their own words and express the ideas they think

are relevant, such questions are good as first questions or opening questions. They introduce the

subject and obtain general reaction.


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CUSTOMER SATISFACTION:-

It is a customers feeling of pleasure OR disappointment that result from comparing a products

perceived performance (outcomes) to their expectations.

If the performance matches the expectations, the customer is satisfied.

If the performance falls short expectations, customer isdissatisfied.

If the performance exceeds expectations, the customer is delighted.

SERVICES:-

A number of experts have attempted to define the services but no single definition has been

accepted universally. Services are human efforts which provides succor to the needy. It may be

education to a student.

Services can also be defined as an action of organization that maintains and improves the wellbeing and function of people.

Customer empowerment has become a way of life for many companies that have had to adjust to

a shift in power with their customer relationship.

Customer relationship managementis the process of carefully managing detailed information

about individual customer and all customers touch point to maximize customer loyalty.

PERCEPTION:-

A motivated person is ready to act. How she/ he is influenced by her/his view of situation. In

marketing perceptions are more important than reality, because its perception that affects

consumers actual behavior.

Perceptionis the process by which we select, organize, and interpret information inputs to create

a meaningful picture of the world.

CONSUMER BEHAVIOUR:-

Successful marketing requires that companies fully connect their customers. Consumer behavioris the study of how individual, groups, and organization select, buy, use, and dispose of goods,

services, ideas to satisfy their needs and wants.


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Chapter 3 -COMPANY PROFILE and Strategies of Sales and Marketing

ABOUT THE COMPANY

OUR INDUSTRYHistory & Occurrence

Humans have used lead for at least 7,000 years mainly because deposits containing lead are

widespread and it is easy to extract and work with. Lead was mentioned in the book of Exodus.

Alchemists thought that lead was the oldest metal and associated it with the planet Saturn. Lead

pipes bearing the insignia of Roman emperors are symbol in service today in some countries.

Leads symbol Pb is an abbreviation of its Latin name plumbum. Worldwide, the lead and zinc

deposits invariably occur together. Very few deposits contain either lead or zinc as single metal.

The main lead mineral is galena (PbS). Other common varieties include cerussite (PbCO3) and

anglesite (PbSO4).

Properties of Lead

Lead is a bright luster, dense, ductile, very soft and highly malleable bluish-white metal which

can be toughened by adding a small amount of antimony or other metals to it. As a heavy,

malleable metal, lead is one of the most resistant to common corrosion problems. It is a naturally

occurring element and is usually associated with other minerals, notably zinc, silver and copper.

Trace amounts of other elements, including gold, are sometimes found

with lead ore. The ore is mined, concentrated and then smelted in a blast furnace with limestone

and coke. It is refined to remove and recover other metals.

Lead has some important properties, in particular malleability (i.e. it can be hammered into

shape), ease of production, ease of melting and joining, and good corrosion resistance. As a

result, it has been used for purposes such as roofing, windows, piping, kitchen/tableware and

ornamental uses for many centuries. The electrochemical properties of lead enable it to be used

in storage batteries in all motor vehicles, and for some back-up power supplies.


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The process of beneficiation of lead ore to produce concentrates involves following processes:

1. Crushing

Run-of-mine ore (ROM) is crushed in 3 stages namely, primary, secondary, and tertiary. Primary

crushing is done by jaw crusher or gyratory crusher. Cone crushers are used in secondary

crushing. Sometimes reduced gyratory crushers are also used. Tertiary crushing is done by short

head cone crusher.

2. Grinding & Classification

The grinding of ore is to be done precisely because over grinding of ore will result the galena ore

into slimy particles. The slimy galena ore particles may result into low recovery of lead metal.

Grinding of crushed ore is achieved by ball mills in closed circuit with spiral classifiers or

cyclones. Some of the flotation reagents are added at the time of grinding. The final product of

grinding and classification is in

the form of slurry of finely ground material.

3. Conditioning

This is the process adopted to separate the lead ore from the complex ore. The finely ground orein the form of slurry contains sulphide minerals like sphalerite, galena, pyrite and pyrrhotite. Iron

oxides, silica, dolomite, carbonaceous material and graphitic material are also present as gangue

minerals. The precious metals like gold, silver etc. are also present. Proper conditioning of the

material is required to separate these constituents by selective flotation. To achieve this, the

reagents like selective depressants, activators, collectors and frothers are used.

4. Flotation

Flotation is carried out in flotation chambers which have impellers and arrangement to supply air

bubbles. In lead flotation chambers, rougher lead floatation and cleaner lead flotation are carried

out. The chemical reagents used are modifiers, dispersants, activators, collectors and frothers.

5. Thickening, Filtration, Drying & Tailing DisposalThe concentrates of lead thus separated are thickened in thickeners and filtered in filters. Both

these processes reduce the water content of the concentrate and recover the water for re-use. The

tailings are subjected to cycloning to recover solids in a cyclone. The over-flow of cyclone is

sent to thickeners and the tailings from the cyclone are sent to tailing dam. The tailing water can

be reused after some necessary treatment before sending to tailing dam.

Smelting

Smelting is a process by which lead concentrate is treated to produce lead metal. There are two

types ofsmelting processes:

(1) Pyrometallurgical process

(2) Hydrometallurgical process.

The process adopted depends upon the type of ore used as a charge.


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Pyrometallurgical Process:

The conventional Pyrometallurgical process for production of primary lead is carried out in 4

steps:

1. Sintering

The main feed for sintering process is the lead concentrates. Other materials such as iron, silica,

limestone flux, coke, etc. are added to the sintering machine. The sinters are made out of the

mixture of lead concentrate along with flux and other required material.

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2. Smelting

The sinters are then fed to a blast furnace with a blast of hot air or oxygen. The lead metal thus

produced is in molten stage. The molten lead being heavy, settles at the bottom of the furnace.

The other layers are speiss, which contains the lightest material like arsenic and antimony. The

'matte' contains copper sulphide and other metal sulphides and blast furnace slag which comprise

silicates. The heaviest layer which contains 98% lead by weight is known as lead bullion.

3. DrossingThe rough lead bullion obtained from blast furnace requires preliminary treatment before

refining. This treatment is known as drossing. During drossing, the molten lead bullion is

agitated in a drossing kettle and cooled to a temperature just above its freezing point (at 370oC to

425oC). The dross floats at top which is composed of lead oxide along with copper, antimony

and other elements. The dross solidifies above the molten lead, which is removed and fed to a

dross furnace for recovery of other metals.

4. Refining

The lead bullion is subjected to Pyrometallurgical process to remove non-lead materials such as

gold,silver, bismuth, zinc and oxides of metal such as antimony, arsenic, tin and copper. The

refining is done in cast iron kettles in four stages. In the first stage, antimony, tin and arsenic are removed. For this, the molten lead is churned

with oxidising agent such as molten sodium hydroxide or sodium nitrate for few hours.

In the next stage, gold and silver are removed from molten lead with the help of zinc. The

molten lead is heated with zinc. The precious metals i.e. gold and silver form an alloy with zinc

which is then allowed to solidify which floats at the top and can be removed.

The only impurity that may be left now is bismuth. Bismuth can be removed by electrolytic

process. Alternatively, bismuth can be removed by production of stoechiometeric CaMg2Bi2

compound by adding calcium and magnesium as an alloy or individual metals, crystals and

removed by skimming.

The purity of the refined lead obtained by this process is 99.90% to 99.99%.

The Pyrometallurgical process has a major advantage that it incurs low cost as electricity

consumption is less. But the fumes of lead and sulphur pose environmental problems. The level

of purity of lead produced is low.

Hydrometallurgical Processes:


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These processes are also known as electrolytic processes. The main principle behind these

processes is that the anodes of impure lead (lead bullion) are dissolved in an electrolyte and pure

lead is deposited on cathode. The most important and largely adopted process amongst these is

'Betts Process'. This process is adopted after smelting and copper is removed from the lead

bullion followed by softening. In the Betts process, large cast anodes (about 1 sq m) of lead

bullion from which copper is already removed are used.

Thin starter sheets of high purity lead are used as cathodes on which newly refined lead particles

are deposited. Fluosilicate acid is used as an electrolyte. When an electric current is passed

through the electrolyte, the lead is deposited on cathode. Impurities in lead like bismuth,

antimony, arsenic, gold and silver remain as anode slime which is treated separately to recover

these metals.

There are few advantages of the hydrometallurgical (electrolytic) process over the conventional

Pyrometallurgical process. Firstly, the lead obtained by the electrolytic process has higher degree

of purity.Secondly, any bismuth if present is effectively removed. As high temperature is not required,

dust fumes are also not evolved.

Products of Lead

1. Lead Compounds

Many compounds of lead are strongly colored and highly durable. These properties of lead

compounds make them useful in paint and pigments. White lead or basic lead carbonate is an

intimate mixture of lead carbonate and lead hydroxide or lead oxide. It is very durable and has

good external weathering properties and hence used in paints and pigments.

The oxides of lead are mainly used as additives in glass and PVC. Red lead was historically used

in paints and anticorrosive pigment in antirust primers used for protection of steelworks.

Another important lead compound is basic lead silicate which is used in cathodic electro position

primers for motor vehicles. Lead compounds are also used as stabilizers in PVC. All

thermoplastics (plastics which soften on heating) require small amount of additives which are

known as stabilizers to prevent degradation of the material.

Lead oxide is added to glasses and glazes. The main advantage of addition of lead oxide isreduction in melting point. Addition of lead compounds to silica based glass can reduce the

softening temperature considerably. Moreover, leaded glass gives more attractive and sparkling

appearance. This is useful in optical glass used in binoculars, microscopes and spectacles.

Leaded glass has a much higher X-ray absorption coefficient and hence is useful in radiation

shielding TV tubes, etc. Leaded glass is also used in electrical and electronic devices for its

relatively low specific electrical conductivity and dielectric losses.


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Use of lead compounds in glazing has a considerably long history. It is used in glaze

formulations such as ceramics, tableware, floor tiles, porcelain and sanitary wares such as toilets

, wash basins, etc. The use of lead compounds in ceramics is due to the properties such as low

melting temperature, good compatibility with substratum material and good electrical properties.

Lead compounds have relatively lower cost. Some lead containing ceramics such as lead

zirconate, lead titanate, etc. have piezo-electric properties. They find application in spark

generators, sensors, electrical

filters, etc.

2. Lead Alloys

Lead alloys find use for many purposes such as soldering, in bearings, in some bronzes (to

reduce the melting point), pewter (which is used for ornaments and tablewares). The lead alloys

are used to reduce the melting point and to increase the machineability of the alloy. Tin-lead

alloy is used for soldering because of its low melting point and good flow characteristics. The

bearings are used to provide low friction between the moving parts of the machine. Bearingsmade of lead based alloys have an advantage of good lubrication and also low cost. Lead is also

used in some bronzes to lower the melting point and increase the

machineability. Some modern copper, aluminium and steel alloys use small additions of lead to

improve machineability.

Lead Production

While it has a high economic value, lead is relatively economical to produce. As with all metals,

there are two main production routes. Primary production from mined lead ore is of course the

original source of all lead, but secondary production, where it is recovered from recycled

products or from residues arising from the production process is of enormous importance.

Secondary lead production now accounts for more than half of all leadproduced throughout the world. In the US more than 80% of lead comes from secondary

production with Europe reporting over 60%. These impressive figures are made possible by the

fact that most lead is used in readily recyclable applications. And unlike many recycled

materials, the value of lead means that recycling is economically viable and hence self-

sustainable.

Lead Recycling

Lead enjoys one of the highest recycling rates of all materials in common use today. This is a

result of its fundamental properties, good design and the ways in which it is used, which make

lead based products easily identifiable and economic to collect and recycle. As a result, over half

of the lead produced and used each year throughout the world has been used before in other

products. What is more, because lead is a naturally occurring element, the quality of the recycled

lead is identical to that of primary metal from mining.


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The use of lead has evolved over the years, with a significant growth in recyclable uses. Today

about 80% of lead is used in lead acid batteries, all of which are recoverable and recyclable.

Some countries boast a 100% recycling rate and most others share the possibility of 100%

recyclability. A further 6% of lead is used in the form of lead sheet by the building industry.

Together with a number of other smaller volume metallic

applications such as radiation shielding, cable sheathing and various specialized applications,

such as earthquake dampers, about 90% of all lead is used in readily recyclable products and

almost all of it is recycledconserving precious ore reserves for future generations.

Lead recycling brings advantages to industry and society in areas such as energy consumption,

reduced carbon emissions, resource conservation, employment and costs. For instance, the

recycling of used lead products requires only about one third of the energy needed to produce

lead from its ores, resulting in major energy savings and fewer carbon emissions. Its therefore

not surprising that recycling is a very attractive option for

everyone, and a valuable contribution to sustainability.

Lead Consumption

Lead is integral to our modern lifestyle. Whilst its malleability and corrosion resistance still

make it useful for roof flashings and cladding, the main benefits are derived from harnessing

leads chemical properties.

The principal consumption of lead is for lead-acid batteries which are used in vehicles, and in

emergency systems (e.g. hospitals) as well as in industrial batteries found in computers and fork

lift trucks. Lead acid batteries are the mainstay of storage technologies for renewable energy

sources, such as solar cell and wind turbines and are used to power cars, trucks, buses,

motorbikes, electric vehicles and hybrid vehicles. Furthermore, lead acid batteries are vital as a

back-up emergency power supply in case of mains power failure in hospitals, telephoneexchanges, mobile phone networks, public buildings and for the emergency services. Lead

is also used in remote access power systems and load leveling systems as well as in compounds

in the glass and plastics industries and for radiation shielding.

Leads incredible density provides unrivalled protection from radiation and is essential to staff

working in hospitals, dental surgeries, laboratories and nuclear installations. Lead stabilizers are

added to some PVC products to improve durability, and the metal protects thousands of

kilometers of underwater power and communications cables.

Battery Industry

Lead Acid Storage Batteries is an electro electricity. It is also known as storage batteries and has

wide applications in Automobiles, UPS/Inverters, Traction/Electrical Sub-Station,

Telecommunication, Solar Photovoltaic system etc. It can be charged electrically to provide a

static potential for power or release


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Types of Batteries

The basic types of lead batteries are:

1. Flooded/ Vented Lead Acid group batteries are all open, allowing gas to escape without

any positive pressure building up in the cells. They can be topped up when required high

temperature operation and over charging. The free electrolyte also facilitates cooling of the

battery.

2. Sealed Lead Acid group batteries, also known as maintenance free batteries, are sealed with a

pressure release valve, which limits the escape of gas to above the release pressure. Hence it is

also called Valve Regulated Lead Acid, or VRLA for short. The electrolyte is immobilized to

prevent spillage and facilitate gas recombination within the battery. These

batteries and typically used in areas where ventilation is insufficient to accommodate vented

batteries. They cannot be topped up and are more susceptible to failure due to high temperature

than batteries.

Manufacturing ProcessLead Acid Batteries consists of positive electrodes (called positive plates) of Lead peroxide and

negative electrodes (called negative plates) of highly porous spongy Lead. The electrolyte is

dilute Specific Gravity Range of 1.2 to 1.3 (28% means of Synthetic sheet (Pouch/ Envelop)

called Separator, which allows the free movement of electrons between plates, while avoiding

short circuit of positive and negative electrodes (plates).

World Scenario

Lead Acid Battery Industry has seen significant growth in the last few years. Worldwide,

primary and secondary battery demand is projected to rise at a nearly 7 percent annual pace.

Currently, U.S. is leading the world in the battery market. China, recording the largest gains of

any national market, stimulated by healthy economic growth, ongoing industrialization efforts

and rising per capita income will surpass the U.S. to become the largest battery market in the

world. Sales increases are also expected to be strong in India, Indonesia, South Korea,

Poland, South Africa, Brazil and Russia for similar reasons.

Indian Scenario


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The total battery market in India is approx. worth Rs 25,000 crores out of which the share of

organized sector is 60% and unorganized sector is 40%. The share of the Organized Sector is

increasing with each passing year and with the GST regime, which integrates the Country

fiscally the rate of this shift from un-organized to organize is going to be even more pronounced.

Of the Rs 15000 Cr around 40% share is of two big playersStarlit and Amaron in the market.

As this market has very oligopolistic character, it leaves the space open for a quality and niche

player.

In the summer season when the power outages become rampant, the demand for larger Batteries

used in inverters become very high and that is the time there is shortage of lead and no company

can cater to the overall off the shelf demand for batteries. This chronic shortage of batteries in

small towns has given rise to a large number of local and at times un-organized players.

The domestic lead storage battery industry comprises two main segments: Automotive and

Industrial batteries. Storage batteries are basically used as a secondary source of power in

vehicles and industrial applications. Automotive batteries account for 60% of the total market

while industrial batteries contribute the rest. The unorganized sector in overall terms has amarket share of 40% out of Rs 250 billion market.

The segments, be it Four-Wheelers, Two wheelers and inverters are all witnessing a compound

annualized growth of 15-20%. The Automobile industry can be subdivided into the OEM and

Retail or Replacement markets. The Industrial batteries market can be broken up into the

infrastructure market (railways, telecom and power), submarine batteries and fast-moving

industrial batteries (UPS and inverters).

Sales of automotive batteries were severely affected due to an unprecedented slowdown in the

automobile industry. Growth in production and sales of total vehicles during 2011-12 was around

1% each as compared to the previous year. The major reasons for the dismal performance can beattributed to inflationary pressures, rise in fuel prices, high cost of borrowing, adverse foreign

exchange rate, some industrial unrest and above all an

overall negative sentiment.

Foreign Trade

Lead is the fourth important non ferrous metal traded worldwide.

Export

Exports of lead from the country are in the form of ore and concentrates, lead alloys and scrap,

lead waste and scrap, lead unrefined, refined lead unwrought, pig lead, lead and alloys worked

and others. Exports of lead ores and concentrate increased sharply to 122,200 tonnes in 2010-11

as compared to 36,476 tonnes in the previous year. China was the single largest importer

accounting for almost the entire quantity. Exports of lead and alloys & scrap also increased to

161,430 tonnes during 2010-11 as compared to 53,779 tonnes in the preceding year.

Almost entire exports were of lead & alloys while those of scrap were nominal. China

accounting for 71% of exports was followed by Rep. of Korea (14%) and Indonesia (6%) as the

major destinations in 2010-11.


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Indias Lead Concentrate Exports during the last four years have been as follows:

Demand Drivers

Batteries: Lead, presently is not substituted by any other metal in the production of lead acid

batteries, which are vital for automobiles eventually driving the lead industry forward in near

future.

o Lead acid battery is used as power back-up especially in power deficient countries. Lead

batteries are finding newer applications such as inverter battery, battery operated mopeds, battery

operated cars, battery operated forklifts, and even mass transport vehicles especially where there

is a concern for cleaner atmosphere.o Now-a-days battery operated small vehicles are used in railway stations and airports, for

carrying luggage as well as passengers for short distances and big industries.

o Lead calcium alloys are used in the manufacture of maintenance free batteries also known as

VRLA

(Valve Regulated Lead Acid) batteries. Calcium addition enhances the performance and life of

the batteries. VRLA batteries are preferred in critical applications like telecom, railways, power

etc. because of the inherent advantages.

Lead Recycling: Lead when used as metal in batteries, cable sheathing and sheathing for

containing radiation is fully recyclable without losing its properties. Therefore, there is a thriving

industry of lead recycling in the country. Ammunition Uses: Lead is widely used in shot and other weapons. Pure lead maintains the

uniformity and lack of brittleness (molecular cohesion) that has always made it an ideal bullet

material driving the demand for lead.

Challenges

Battery Substitutes:

o Battery replacements include batteries of nickel-zinc, zinc lithium chloride, sulphide or nickel

lithium hydride. The large-scale commercial use of any of these four possible substitutes was so

far precluded by cost and operating problems.

o Polyethylene and other materials work as substitute in some cable applications. Storage

batteries for industrial load leveling, mains power management and electric vehicles have

growing markets. The continued search for weight reduction is reducing the amount of lead per

battery, and battery lives are being extended thereby creating a drag in lead batteries.


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Substitutes in Construction Applications: A number of substitutes in the construction

industry can act as a good challenge for the lead industry. In place of galvanized sheets, copper

and aluminum are alternatives. In corrosive chemical environment, stainless steel, titanium,

plastics and cements are substitutes. Tin, glass, plastics and aluminum are alternatives in tubes

and containers, iron & steel or bismuth in shots for ammunition, and tin in solder.

Lead-free solders: In electronic industry, there has been a move towards lead-free solders with

varying compositions of tin, bismuth, silver and copper thereby reducing the usage of lead.

Environmental Concerns: Environmental concerns for lead are limiting the uses, particularly

in gasoline, where its use as antiknock was phased out by the introduction of catalytic converters.

Possible new developments include the use of lead as an antioxidant in asphalt, as a shielding

material in nuclear waste, in protection of buildings against radon gases and as a sound buffer.

Environmental legislation will inhibit the growth of new uses and possibly eliminate lead from

many existing uses. Recycling of lead through environmentally safe processes needs to beencouraged as the growing use of lead in railway electrification as well as in road transport and

agriculture sectors has created shortage in country.

Lead Price: The price of lead is extremely volatile and therefore has a major impact on the

costs.

Future Outlook

1. Lead is an important metal used in making lead acid batteries (LAB). Indias requirement of

lead is met

through imports. The demand of lead in India is also increasing owing to the growth in

automobile sector and consequently in lead acid batteries.

2. The battery industry is growing with a rapid pace mainly due to the increase in the productionof all types of vehicles as well as more and more storage batteries are used as power backups.

One more aspect added in the demand of batteries is the cleaner fuel for vehicles which are used

in the places where pollution is to be kept at the minimum. Moreover development of hybrid

type of electric vehicles demands more and more storage batteries.

3. Consumption of industrial batteries is going up as the economy is bottoming out. This will

create opportunities for supply of industrial batteries in the telecom towers, railway usage and in

the power sector.With the country short of power in several pockets, usage of inverters too, has

gone up significantly, which will not be coming down soon.

4. With the growth in the automotive, information & communication technology and

infrastructure sectors, the demand for lead is poised to increase and sustain in future. It is

expected that down-stream industry development, improvement in standard of living and

consumer awareness is set to further increase the demand of lead in the forthcoming years.


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OUR BUSINESS

Overview:

Starlit Power Systems Limited is a group company of the diversified Starlit Group. Our company

was incorporated in the year 2008 with its focus Lead and based products. Our Company is

engaged in Smelting of Battery & Lead Scrap, manufacture, supply and export of pure lead,

different Lead Alloys like Calcium Aluminum alloy Antimonial Alloy and Selenium Alloy, Lead

Oxides like Lead Sub Oxide and Red Lead. We have the smelting capacity of 15000 MT perannum and refining/alloying capacity of over 12000 MT per annum with technical capacity to

convert assorted heterogeneous lead scrap into pure lead of upto 99.98 % purity.

Committing to quality & environment protection, our company works on streamlined processes

and principles. The Company uses producer gas as a fuel for all smelting and refining operations.

The producer gas is generated captive biomass gassifier plant thereby considerably reducing

dependence on Hydro-carbons like furnace oil and diesel. The biomass gassifier technology is

Developed by TERI and approved by Ministry of New & Renewable

Energy, Government of India. Our plant has been selected as successful demonstration

manufacturing plant by United Nations Environment Program (UNEP), Japan for efficientenergy operation. The company is an ISO 9001:2008 & ISO 14001:2004 certified company and

all the systems & procedures are documented as per certification requirements. Stringent quality

measures & processes are implemented at each stage right from the procurement of raw material

till the final dispatch of finished products. Recently, our Company has commissioned its battery

project with the capacity to produce 10,000 batteries for automotive and inverter applications.

Lead being an essential input in battery manufacturing and comprising over two-third of the

battery cost, for this forward integration of converting the Company produced lead into batteries

was a logical step forward for the Company. The project was being built for the last two and half

years and commercial production was finally commissioned in July, 2014.


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About Us:

Starlit Group comprises of closely held companies, each with its own unique resource base and

skill set. These boutique entities have built unique synergies with one another enabling superior

execution of the projects in the fields of infrastructure development & advisory. The group is

managed by a multi-disciplinary team of, dedicated and experienced professionals.

Our products are supplied to most prominent battery and secondary power back-up Companies

both in India and abroad. In these fields Starlit Lead Products are a recognized name amongstbattery manufacturers in India and countries across the world.

Product Portfolio:

The annual production capacity of the plant located at Sohna is 15000 MT. Our Company also

recycles old lead acid batteries, lead scrap in environmentally sound manner using highly

advanced technology worldwide. The plant is equipped with modern machinery and state-of-the-

art Pollution Control equipment. The plant has an inhouse testing laboratory with Spectrometer

of Spectrolab make (LAB M-10).

The detailed product portfolio is:

1. Re melted Lead:The smelting process adopted produces soft & hard lead.2. Refined Lead or Pure Lead (99.97%):The refining process adopted produces Refined Lead

Ingots with a minimum purity level of 99.975 % by weight but achieves purity level of 99.98%

in most cases.

3. Lead Sub-Oxide or Grey Oxide:Lead Sub-Oxide/Grey Oxide is manufactured through Ball

Mill Process using refined lead with minimum 99.97 % purity.

4. Red Lead Oxide:Red Lead Oxide is manufactured from Lead Sub-Oxide/Grey Oxide which

is manufactured from above process refined lead with minimum 99.97 % purity.

5. Lead Alloys:Lead - Calcium Alloy, Antimony Alloy, Antimony-Selenium Alloy

All products are produced adhering to the highest norms of safety. SPSL has the wherewithal to

produce customized Lead Alloys as may be required for specialized applications.

Konstant has a unique advantage of being a leading supplier of specialized Alloys, Oxides,

chemicals and pastes to the best names in the Battery Industry in India and abroad. Our master

metallurgists and Chemists constantly churn up these specialized metals for batteries all over the


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world. They are the best in the business. These alloys, oxides and chemicals constitute the very

soul of the Battery which unlike most Companies we do not outsource. We make it in-house

under the strictest quality standards making us a one of its kind integrated player. It definitely

gives us a special edge.

PLANT & MACHINERY

We have a manufacturing plant located at Sohna, near Gurgaon (Haryana) in Delhi NCR region.

The plant has been set up by using imported as well as indigenous machinery &components

which have been bought out from the most reliable sources in the country. All the suppliers have

been selected by the company on the basis of their past experience and competitive prices.

Our company has installed the following machinery & equipments: Two separate melting pots of 15 MT capacity each for refining & alloying

One dedicated pot of 6 MT for specialized Calcium Alloy

Smelter capacity of 15000 MT/per annum

Rotary Ball Mill of 10 MT capacity with acoustic enclosures

Cyclone & Bag House Filters

Spectrometer of Spectrolab Make (Imported from Germany LAB M-10)

For all the indigenous plant and machinery and other assets the suppliers are reputed and tested.

The technology available for manufacturing Lead Acid Tubular Batteries are commonly

available in India & manufacturing a quality product would dependent on; Trained and Efficient Manpower

High quality machines & equipments

Quality Raw Material such as Lead, Oxide etc.

Efficient Process Control

Regularly Testing Equipments

Effective Quality Control

UTILITIES & INFRASTRUCTURE FACILITIES

The manufacturing plant has been installed in compliance with applicable rules and regulations.

A peripheral green belt is provided along the boundary of the plant. All weather peripheral RCC


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road is constructed for the ease movement of vehicles and fire tenders in case of any emergency.

Underground water storage tank of 1,00,000 liter capacity and 10,000 liter overhead tanks have

been built to cater the requirement of fire fighting system. For utilization of rainwater, a

rainwater harvesting system is installed. The facility includes an advanced

lab with most sophisticated equipment that is why most reputed Battery manufacturers rely only

on our products for their batteries.

HUMAN RESOURCE

Our company has the desired expertise & knowledge to ensure the production of both Lead

based products and high quality batteries. The team has wide experience of Lead industry.

Mr. Yogesh Kumar GuptaManaging Director

Mr. Yogesh Gupta (Companys Managing Director) is heading Starlit's Environmental

Engineering Initiatives and Environmental Resource Recycling & Recovery Plants for E Wastes

& Lead Acid Batteries. He has the extensive Experience of more than 15 years in Waste

Management Projects. He has previously worked as Head of E-Waste Vertical /CEO of M/s

Ramky Cimelia E-Waste Management Limited. He had also worked as Deputy Director

Environment in National Productivity Council (Ministry of Commerce and Industry,

Government of India) for 12 years. Mr. Yogesh Gupta possesses Masters Degree in

Environmental Engineering and Bachelors Degree in Civil Engineering. He has a good exposure

of International practices in waste management as he has participated in various Conferences &

Training Programs on Municipal & Hazardous Waste in USA, South Korea, Germany &

Switzerland.Mr.Tarun Garg - Vice President- Sales & Marketing

Mr. Tarun Garg, who is a very seasoned professional with rich experience of more than one &

half decade of hard core channel sales & service. After working for various Multi-National

Companies, Mr. Garg entered the battery trade division starting with Starlit Industries around 8

years back and then with two more leading companies. He is thoroughly familiar with the battery

industry in Indian Market, with regard to its potentials and geographical.

Ramesh Hanumantrao JoshiConsultant

The company has engaged the services of Mr. Ramesh H. Joshi as consultant, who is a very

experienced and qualified Professional from the battery Industry. Our company has entered into

manufacture of Battery project with able assistance of a Lead Principal Consultant, Mr. RameshH. Joshi, who has already implemented 2 major Battery Project in Pantnagar (Uttarakhand).

Basic designs, manufacturing processes & Technology are provided by highly experienced

Technical Consultant Mr. Joshi, who has 25 years experience of working in

Reputed Battery companies both in India and Middle East and hands-on experience of designing,

implementing and stabilizing manufacturing process in 3 major large-scale battery projects in


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India and overseas. Our company has a team of desired expertise & knowledge to ensure the

production of high quality products. The Promoters have vide experience of Lead industry.

BUSINESS STRATEGY

After studying the market growth for batteries for domestic and Industrial use, our company has

decided to venture into manufacture of Batteries under both its own brand name and also

undertake projects of OEM and third Party manufacture. The company will be manufacturing

Lead Acid Batteries with low maintenance characteristics for Automotive, Inverters, UPS andsolar applications both in Tubular and Flat Plates. Our mission is to carry out manufacturing &

recycling activities using advanced technologies which conserve the natural resources and

protect the Environment, Health and Safety of the persons involved. The technical knowhow

would help the company to produce quality Batteries to meet customer requirements in line with

already established Battery brands in the market. The Power Storage Lead Acid Batteries

manufactured by the company will be used in Stationary applications such as Inverters, UPS.

The company proposes to install a wide range of Machines to cater to a capacity of 300,000

Batteries p.a. The total cost of the plant & machinery is estimated at Rs. 671.34 Lacs. The

establishment of factory for production of batteries is in full swing and we expect our

commercial production to be commenced from July 2014 onwards. In our constant quest to use

cleaner sources of energy in a cost effective manner, our company is also planning to install

Solar Panels to augment its energy supply. We also are going to manufacture both Solar and e-

rickshaw batteries which are the growth area in the battery market. There is a bright scope for

exports to a large number of markets in Asia and Europe where the battery production has

declined owing to stricter pollution norms. We are committed to constantly upgrade our products

by continuous Indigenous Research & also by absorption of available technologies from overseas

sources.

COMPETITIONThe battery market is only controlled by two-three large players which leave room for a regional

player offering superior contact and service to the channel partners with a quality product a good

possibility. The entry barriers in the Industry to put up a decent plant are rising as the small

plants find it difficult to come up consistently with a product giving longevity and quality

assurance. With Lead Prices high and volatile, the hand casting and


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pasting models of battery grids is becoming economically non-feasible and quality wise suspect.

Hence a good production facility runs with process and quality consciousness will do well.

Volatility of Lead prices however will continue to remain challenging and will call for

innovative and pro-active hedging measures. Improving power availability will affect future

inverter sales adversely and this will also affect the inverter battery replacement market. With the

growth in the automotive, information & communication technology and infrastructure sectors,

the demand for lead is poised to increase and sustain in future. Expansion of Solar energy and e-

rickshaws will also provide the fillip. It is expected that down-stream industrial development,

improvement in standard of living and consumer awareness is set to further increase the demand

for secondary power derived from lead acid batteries in the coming years.

MARKETING

Lead Acid Battery Industry has seen huge evolution in the last decade. Worldwide primary and

secondary battery demand is projected to rise at a nearly 7 percent annual pace. Sales increases

are also expected to be strong in India. The Indian Lead Acid battery industry is poised to more

than double before end of this decade given the current rate of growth of over 25 per cent per

annum. This being the case, the aftermarket is definitely striking with its sheer size and is

lucrative due to better price and credit realization. But what is significant is that the industrial

batteries consumption is going up with the economy booming. This will create opportunities for

supply of industrial batteries in the telecom towers, railway usage and in the power sector. In the

first phase, the company plans to target the replacement market to satisfy the increasing demand

from end users. In the second phase the company plans to move into the Industrial Batteries withan objective to cater OEM & Institutional demand.The marketing strategy of our company

revolves round providing quality product to the customer with a very strong back up of after

sales services. Our company does not envisage any problem in marketing its utilized capacities.

INSURANCE

We maintain insurance for standard fire and special perils policy, which provides insurance

cover against loss or damage by fire, earthquake, explosion, burglary, theft and robbery, which

we believe is in accordance with customary industry practices. We have also availed out various

insurance policies to cover our vehicles at our allthe offices and plants.

Fire Safety:

In order to take effective safety measures against fire hazards in the production / plant area,

following steps have been taken:

Underground water tank of 1, 00,000 liters and overhead tanks of 10,000 liters have been

provided in the plant area.


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Water tanks are connected with 20 hp main pump & 7.5 hp jockey pump and all the pumps are

connected with main power & DG set.

Way fire brigade outlet is provided.

3 nos. weather proof hose box have been provided

16 nos. ABC type fire extinguishers of 5 kg capacity (ISI Marked) have been provided.

4 nos. CO2 type fire extinguishers of 4.5 kg capacity (ISI Marked) have been provided.

Sand buckets have been provided at critical locations such as DG Set & Transformer area

Electrical & Thermal Safety:

All the electrical appliance and motors haven connected with appropriate earthing to avoid

any electrical shock hazards

Wiring has been done with ISI marked cables/wires

All motors have starters with shock proof switches & buttons

Emergency lightings have been provided in all working areas though UPS/Inverter

Street light have been provided to illuminate the entire street/internal roads

Workers are provided with heat/shock resistant hand gloves

Appropriate safety signage have been provided at critical locations for creating awareness

among workers

Mechanical Safety

All the machines have been installed at strong foundations to avoid vibrations

All moving parts in machines have been covered with safety guards

Workers have been provided with Protective equipment such as industrial safety shoes, mask &

helmets

Appropriate safety signages have been provided at critical locations for creating awareness

among workers

The motor pulley & belts have been provided with safety guards

Raised platform are provided with hand rails

The platform is provided with anti-skid checkered plates


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CHAPTER 4Data Collection and Analysis

The task of data collection begins after a research problem has been defined and research design/

plan chalked out. While deciding about the method of data collection to be used for study, the

researchers should keep in mind two types of data via .primary and secondary.

Primary data:

Primary data are obtained by a study specifically designed to fulfill the data of the problem at

hand .primary data is collected during the course of doing experiment by using various method

of data collection such as interview method questionnaires method .Various methods ofcollections of primary data

1. Observation method

2. Interview method

3. Questionnaires method

4. Collection of data through schedules

Researcher has used questionnaires method as collection of primary data.

Another type of data collected is secondary data.

Secondary data:Secondary data means information that is already available. Secondarydata means which are not originally collected but rather obtained from published data are

available in:

a) Various publications of central, state and local governments


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b) Various publications of foreign govt. or of international bodies and their subsidiary

organizations.

c) Technical and trade journals.

d) Books and magazines.

Secondary data is collected by researcher with the help of:-

Company documents,

Books

Published information

SAMPLING TECHNIQUE:-

In research universe refers to total no. of particular items in a defined area on a particular time. In

research generally it is not possible to select whole population for survey. So researcher uses

sampling technique for research. The selection process of sampling is called sampling

technique.

Types of sampling technique:-

1.

Probability sampling

Simple random sampling

Cluster sampling

Systematic sampling

Stratified sampling

2. Non probability sampling

Quota sampling Judgment sampling

Convenience sampling

Deliberate sampling

Researcher has used convenience sampling

SAMPLE SIZE


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Part of the universe which is selected for survey is called SAMPLE SIZE. Researcher must

prepare a sample design for his study i.e., he must plan how a sample should be selected and of

what size such a sample would be.

Sample size of research is:-

10 in case of dealer survey 20 in case of customer survey

Analysis of Customer Questionnaire

Que.1 how would you rate your level of satisfaction with company in regards to price&

value?

Alternative Customer response %age

Excellent 1 5

Very good 9 45

Good 6 30

Fair 3 15

Poor 1 5


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5% customers are greatly satisfied with product price.

45%customers are fully satisfied with product price.

30% customers are satisfied with product price.

Que2. How would you rate the product of company?


Fair 3 15

Good 13 65

Excellent 3 15

Superb 1 5

%age, Excellent, 5,

5%

%age, Very good, 45,

45%%age, Good, 30, 30%

%age,

Fair, 15,

15%

%age,

Poor, 5,

5%

%age


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65% customers rate the product as good.

15% customers rate the product as excellent.

15% customers rate the product as fair.

Que3. Starlit`s product have to improve on quality?


Strongly agree 3 15

Agree 12 60

Neither agree nor disagree 5 25

Disagree

strongly disagree

Chart Title


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60% 0f customers are agree that company should improve quality of product.

25% 0f customers have no idea about quality improvement.

No customer is in favor of not to improvement the quality of product.

Que4. How would you rate the services of Starlit Industries Ltd.


Excellent 1 5

Very good 6 30

Good 4 20

Fair 7 35

Poor 2 10

Chart Title


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10% customer says that company provides poor service.

5% customer thinks that company provides excellent service.

35% customers are in favor of fair service.

Que5. How would you rate your level of overall satisfaction with Company


Excellent 1 5

Very good 12 60

Good 1 5

Fair 5 25

Poor 1 5

%age, Excellent, 5,

5%

%age, Very

good, 30,

30%

%age, Good,

20, 20%

%age, Fair, 35,

35%

%age, Poor, 10, 10% %age


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Total satisfaction with company of customers is 60%

5% are not satisfied with company.

Que6. How did you hear about company`s product?


Advertisement 10 50

Sales representative 1 5

Colleague/ friend 5 25

Other 4 20


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Advertisement is major source of awareness to customers. (50%)

Colleague /friend plays 25% role in awareness of product.

Que7. How likely are you to recommend Starlit Industries Ltd. to a friend or relative?

Would you say the chances are ?


Excellent 3 15

Very good 5 25

Good 11 55

Fair


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Poor 1 5

Normally 55% customers will recommend to their friend OR relative to buy the product.

The chances not to recommend relative are very few are 5%.

Excellency for this is only 15%.

Que8. Would you like to purchase the product of company in future?


Definitely 6 30

Probably 9 45

Be unsure 5 25

Probably not


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Definitely not

Definitely 30% customer will buy the product in future.

Probably 45% customer will buy the product in future.

25% customers are unsure for their future purchasing.

Que9. You believe Company deserves your loyalty.


Strongly agree 3 15

Agree 10 50


Disagree 2 10

Series1, Definitely

not, 0

Series1, Probably not

, 0

Series1, be unsure,

25

Series1, Probably ,

45

Series1, Definitely ,

30


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strongly disagree

15% of customers are strongly agreed on company loyalty.

25 % are neither agree nor disagree on company loyalty.

50% are agreed on company loyalty.

Que10. Do you think company is following customize solution?

Alternative

Customer response

%age

Strongly agree 6 30

Agree 10 50


Series1,

Strongly

agree

, 15, 15%

Series1, Agree

, 50, 50%

Series1,

Neither

agree nor

disagree, 25,

25%

Series1, Disagree

, 10, 10%

Series1, strongly

disagree, 0, 0%

Chart Title


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Disagree 1 5

strongly disagree 1 5

Half of the customers think that company is following customize solution.

10% customers think that company is not following customize solution.

Analysis of Dealer Questionnaire

Que1. How would you rate the overall quality of your relationship with company,

considering all of your experiences with them? Would you say it is?

alternative Dealer response %age

Excellent 5 50


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Very good 3 30

Good 1 10

Fair

Poor 1 10

\

50% of the dealers are having excellent relationship with company.

10% dealers do not believe in company relationship.

10% dealers are having good relationship with company.

Que2. How would you rate your level of satisfaction with Company in regards to customer

service?


Excellent 3 30

Very good 6 60

Good

Fair 1 10


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Poor

30% dealers believe in excellent service of company..

10% dealers believes in fair service of company

Almost 60% dealers believe in very good service of company

Que3. Are the profit margin given to you is.


Satisfactory 4 40

Good 4 40

Fair 2 20

Poor

Series1,

Excellent, 30,

30%

Series1, Very

good, 60, 60%

Series1, Good, 0, 0%

Series1,

Fair, 10,

10%

Series1, Poor, 0, 0%

Excellent Very good Good Fair Poor


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Margin provided by company could satisfy only 40% dealers.

40% dealers think that margin is good. 30% dealers think that margin is fair.

Que4. Do you think the delivery time is too much for product?


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Strongly agree

Agree 1 10


Disagree 3 30strongly disagree 4 40

There is no single dealer who says that delivery time is too much.

40% are strongly disagree that delivery time is too much

20% are neither agree nor disagree with delivery time.

Chart Title


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Que5. There are no bonus /incentive/gifts for dealer


Strongly agree 1 10

Agree 2 20


Disagree 1 10


10% dealers says that there is bonus OR incentive for them.

30% are neither agree nor disagree with bonus OR incentive.

30% strongly believe in bonus & incentive of company..

Que6. The company does not listen to complaint and grievance.


Strongly agree 1 10


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Agree 2 20


Disagree


10% dealers believe that company do not listen any complaint.

10% dealers are neither agree nor disagree with this.

60% dealers strongly believe that company listen their company.

Que7. The company is able to survive because of the


Quality of the product 7 70

Price of product 1 10

No competitor

Brand name 2 20

Strongly agree

Agree

Neither agree nor disagree

Disagree

strongly disagree


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Customer satisfaction

70% dealers believe that company is surviving in market because of quality.

According to survey 20% dealers think company is survived because of Brand name.

10%dealers believe that company is because of its product.

Que8. The organization does not take suggestion from dealer


Strongly agree 2 20

Agree


Disagree 3 30

Series1, Quality of

the product ,

70

Series1, Price of

product ,

10

Series1, No

competitor, 0 Series1, C.S., 0

Series1, Brand name

, 20


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Strongly suggestions taken by are only 10% dealers.

20% dealers think that company do not take any suggestion..

40% are neither agree nor disagree for the same

Que9. You believe Company deserves your loyalty.


Strongly agree 5 50


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Agree 3 30


Disagree 1 10

strongly disagree

Half of dealers strongly say that company deserves their loyalty.

10%dealers are not in favor of company loyalty.

10% dealers are neither agree nor disagree with this.

Que10. Would you like to continue for the company in future?


Definitely 9 90

Definitely not 1 10

Be unsure


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Probably not

Probably

90% of dealers want to be continuing for the company.

10% dealers do not want to be continuing for company.

Observation and Findings

Customer point of view

80 % of customers are satisfied with price of the batteries of company.


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85 %of the customers are satisfied with product.

75 % of customers want to improvement in quality.

55 % of customers are satisfied with service of company.

Totally 70% customers are satisfied with company at all.

A total of 50% customers hear about company by advertisement & 20% byrelative \friend OR college

In future 95% of customer will recommend to his relative OR friend.

75% of present customers want to be continuing for company.

65 % customers think that company deserves their loyalty.

80 % customers think that company customizes their solution.

Dealer point of view;-

90 % dealers have good relationship with company.

90% dealers are satisfied with service provided by company.


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80% dealers are satisfied with margin given by company.

90% dealers are satisfied with delivery time taken by company.

70% dealers are satisfied with bonus and incentive given by company.

60% dealers say that company listen their complaint\ grievances.

70% dealers say that company is surviving in market because of Quality Product.

20% dealers say that company is surviving in market because of Brand Name.

40% dealers say that company takes their suggestions.

90% dealer says that company deserves their loyalty.

90% dealers want to remain in future.

Recommendations & Suggestions


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Customer oriented

Company should provide better customer service.

Company should improve warranty period.

Company may provide home delivery service.

Prices should be fair.

Better service with no addition of extra cost.

Should provide free service camp.

Maintain continue customer relationship.

Target the customer according to their need.

Dealer oriented


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Company should provide more service camps.

Scrap battery should purchase at more price.

Should improve service.

Do not provide dealership in nearby area.

Should improve quality.

Company can give more margins to dealers.

Provide more flexi board to dealers.


Company should visit the dealers after regular interval.

Give more attention on promotion activity of dealers.

Limitations

General


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Difference in methodology.

Lack of communication

Consumer behavior.

Applying same technique to consumer as well as industrial goods.

Objective is not determined.

Questionnaire is not designed according to objective.

Always respondent is not correct.

Researcher itself has used biasness.

Within a time span of two months it was difficult to cover whole of Nashik

district.

Questionnaire filled in two months was only 100 in number so analysis part may

indulge some wrong analysis.

Whole project was limited to area of Nashik district so it may be possible that

response of another district or area may be different. Wrong response by customer while filling questionnaire may result in wrong

analysis.

1.

The study was limited carried out in Pune and its vicinity with sample size of 100

2. Time was a constraint in study as only 50 day allotted.

3. The information gathered was based on customers response to questionnaire.

Even then a genuine attempt has been made to get correct data from them.

4. Sample drawn need not be true representative and may have led to same Sampling

error.

5. Financial factors are not considered.

6. Suggestions are not verified.


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i. AREA LIMITATION: The study was limited to Pune city only. Hence findings may differ from other parts

of India where I have not visited

ii.NON-RESPONSE ERROR: It is almost impossible to obtain data from each & every respondent covered

in sample. There are always some respondents who refuse to give information

iii. LIMITED SOURCE OF DATA COLLECTION: Sources of data for collection of secondary data were

limited

iv. TIME CONSTRAINT: There was time constraint to this project. The project has to be completed within

2 months.

v. BUSY RESPONDENT: Many times respondents were so busy that they didnt t give reply. There were

biased replies also.

vi. OTHER REASONS: There were heavy rains during the period of survey. So there was many times

problem in conducting survey & transportation.

Locating the target Sub Dealers of Samsung Electronics is very time


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consuming.

Sample size is limited due to the limited period for survey.

The location of Sub Dealers to cover the various areas of the city is tedious

and time consuming.

Getting accurate response from the respondents due to their inherent

problem is difficult. They may be partial or refuse to cooperate.

Respondents may not be at shop and may have to re contact or replace by

others.

The study was limited to Pimpri-Chinchwad & Pune city only.

As the Survey reflects only one time frame of the Business year the findings

that we get may not stand for the whole year. Hence the results are only forthe time period from May-July and do not totally reflect the annual

performance of the company.

The findings and suggestions have been based on the observations made during

the two months.

A more detailed study could not be carried out due to the time constraint of two

months

The facts figures are not completely accurate as they are updated regularly. Yet I

have tried my best to collect as updated data as possible.

Another one


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The survey was limited for Pune region only.

Random sampling of chemists was done under the market survey.

Due to the restricted time frame the sample size was small. Bigger sample size would have made

few aspects more clear.

Sales accounts for Doctors prescription as well as over the countersale.

While interviewing, the response to each question was not possible for few chemists, so it is not

possible to get perfect perception of interviewee.

Afternoon time is only the time when retailers entertain, for rest of the time is considered as

rush hours; so researcher can target maximum of 7-8 retailers per day.

Findings are representative of sample size and composition.

Since the sample size was small but representative, care should still be taken while

generalizing the findings. (Sample size was 150).

Data collected from small and medium ad agencies.

Results likely to vary if either of two (composition or sample size) changes.

1)

The survey was restricted to selected areas in Pune City only.


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2)

The time duration of this survey was 50 days only.

3)

Rainy season was main hurdle for this survey.

4)

The response from the respondents was fair enough but not up to the mark or good enough.

5)

This project was only restricted to the residential properties of KBC & not commercials & others.

6)

The survey area were too far as the city is big enough which caused many transportation

problem.

1)

The project has been restricted for only CIDCO area.

2)

Some customers refuse to co-operate and do not disclose their

Guanine opinion.

3)

Customer information is highly confidential, so organization doesnt disclose it properly.

4)

The outlet is newly setup so the system and the processes are not at par.

5)

Respondents answers might have influence or bias.

6)

Information is collected from the Subhiksha customers only.

7)

Making appointments to the Management personnel is tough job, because they are very busy.

8)

The weather in these months was very bad so customers were avoiding to interact.

In market research , the collection of correct data and other relevant

materials are required but the data collection depends upon the researcher and the respondents. Hence

some drawbacks or limitations are bound to exist in the study.


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These limitations were as follows

1)

Mostly the civil industry was targeted.

Out of all the major industries, mostly the civil and the construction industry was targeted, as this

sector has been the most lucrative sector for the company till date

2)

Study was limited only upto Pune city

This study was limited to Pune industrial areas but the findings may differ for other parts of India

where I have not visited.

3)

Telephonic interviews were conducted in some cases

Places where the respondents were not physically met, telephonic interviews were carried out.

4)

No Proper Information

In some cases I have observed that after asking questions to concerned person, he gives wrong

answer to the question or says that he does not know.

E.g. - In some company even maintenance manager does not know KVA rating at the diesel

generator and the year of purchase.


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5) Non-cooperative respondents:

Sometimes it happens that even after taking appointment they refuse to meet due to work

overload, lack of time or any other reasons. In some case it happened that respondents denied

giving information. Also some may give purposefully wrong information.

6) Human factors:

Sometimes it also happened that researcher asks question something else and the respondent

perceives something else. This happens due to human limitations like behavior, attitude and

perception are not stable at all point of time which will lead to mistakes.

7)

Resources:

To conduct the research, one of many resources is time & money. However the limitation had

been effectively counter balanced as far as possible. But still this limitation may affect the

judgments.


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Inadequate information:Many Corporate did not reveal business related information like their

competitors, the new projects, so due to which some of the questions were not answered/filled

properly or accurately.

Due to limitations of Secondary data, many consultants who work for many NTPCs , industries,

many projects etc., were not being found out.

Sample size:As a number of respondents in Pune & Mumbai were widely spread all over the

city, so it was difficult to cover all the areas in such a short span of time so for the convenience I

took 27 as my sample size.

Many respondents could not give sufficient time to answer/fill the questionnaire.

Due to rainy season during duration of my project it was very difficult to approach the

corporate; as a result I was short to visit no. of corporate in a day.

Some of them asked why should they give information and they are afraid to give the

information because if the company mis utilize the information.

The address of many respondents had changed, so it was difficult to contact those respondents.

As I was not given any information on price by the company so some of the respondents didnt

entertain me as they wanted to know first the price of the barrier.

The Railway Authority & the Airport Authority were mostly reluctant in giving any information.

Many of the respondents were reluctant in giving any appointment so were not able to be

interviewed.

Eight weeks period was not sufficient to go through the entire topic. For thorough study it needs

more time. It was also difficult to make field study or survey under the scorching sun of June. But the

major difficulty faced was the extreme non -cooperation of the officials about the data. They were very

much reluctant about this matter, which made the study more tiresome. Moreover, it was quite

impossible to conduct survey of each and every outlet in such a short span of time. Overcoming the

odds, I tried my level best to synchronize all the facts, realizations and information gathered in an

orderly way within the course of this project.


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Ethical

Information given by management is biased.

Researcher is not giving true picture.Information is misused.

Forcing the respondent to give personal answer.

Pseudo search by researcher (Prejudice).


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Starlit Technologies is the Indias largest producer of automotive lead-acid batteries for

automotive and industrial applications. Starlit industries provide a comprehensive range of

stored electrical energy products and services for industrial and transportation applications.

The project was carried out for study and analysis the dealers network and consumers

perception about Starlit batteries in Pune.

It was done mainly to know the satisfaction level of the dealers against the different

services provided by the company and also to know the consumers satisfaction against

the product and services provided by the dealers.

For over 85 years, Starlit Industries Limited has pioneered battery technology in India. It is the

only company in the country to design and manufacture batteries from 2.5 AH - 20600 AH in

conventional flooded and VRLA design.

Starlit is only company which manufactures submarine battery in Asia. Starlit has

responded to defense needs with our indigenous batteries for the Indian Navys German

design HDV submarines.

Automobile manufacturers are among the largest companies in the world. These corporations are

often multinational, meaning they have subsidiaries and manufacturing plants in many different

countries. These companies often share parts, use parts made in foreign factories, or assemble

entire cars in foreign countries. The three major automobile manufacturers in the United States

General Motors Corporation, Ford Motor Company, and Chrysler, formerly DaimlerChrysler

AGprovide much of the industry's total direct employment in the United States, but

increasingly foreign automakers, such as Toyota Motor Corporation and Nissan Motor Co., Ltd.,

are building automobile assembly plants in the United States.

In 2008, more than 70 million motor vehicles, including cars and commercial vehicles were

produced worldwide. In 2007, a total of 71.9 million new automobiles were sold worldwide: 22.9

million in Europe, 21.4 million in Asia-Pacific, 19.4 million in USA and Canada, 4.4 million in

Latin America, 2.4 million in the Middle East and 1.4 million in Africa.The Indian automotive

component industry is dominated by around 500 players which account for more than 85% of the

production. The turnover of this industry has been growing at a mammoth 28.05% per annum

from 2002-03 onwards as illustrated in Fig. which clarifies its emergence as one of India's fastest

growing manufacturing sectors.The global battery market is estimated at around US $11bn and is

highly consolidated, with the Top-3 players constituting about 55% of the market Johnson

Controls (30%), Starlit Tech (14%) and GS Yuasa (11%).The Company has a market share of

72% in case of Automotive OEM and 70% in case of Organized Retail. The Company also

manufactures submarine batteries. Starlit Haldia had a rich haul at the CII awards ceremony in

Kolkata for 08-09 winning five awards in different categories.Companys Plant at Shamnagar,

West Bengal is an ISO-9001 & ISO-14001 Certified by TUV-NORD, Germany.


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The survey resulted into following conclusions:-

75 % of customers want to improvement in quality.

Totally70% customers are satisfied with company at all.

75% of present customers want to be continuing for company.

55 % of customers are satisfied with service of company.

90 % dealers have good relationship with company.

90% dealers are satisfied with delivery time taken by company

70% dealers say that company is surviving in market because of Quality Product.

80% dealers are satisfied with margin given by company.

Company should improve warranty period.

Company may provide home delivery service


Documents

Mayank Summer Traing Project