Terms Beginning With 'e'

Electric Vehicle (EV)

  • February 16, 2021
  • Team Kalkine

What is an Electric Vehicle (EV)?

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EV which stands for Electric Vehicle is a vehicle running on an electric motor rather than the internal combustion engine (ICE). Conventional vehicles powered by fossil fuels work on ICE to burn the fuel and generate the power to drive the vehicles. They are also responsible for global carbon emission.

As the whole world is trying hard to achieve the new-zero carbon emission by 2050 to address increasing pollution, depleting natural resources, global warming, EVs come as a savior. EVs are new-generation vehicles that don't require fossil fuels; instead, they run on electric power with high-end batteries. They are eco-friendly too.

Please read: All the latest about electric vehicle and clean energy leader Tesla.

Types of EVs:

By the degree of electricity used as the energy source, EVs are broadly classified into three main sub-categories viz. plug-in hybrid electric vehicles (PHEVs), battery electric vehicles (BEV) and Hybrid Electric Vehicles (HEV).

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Battery Electric Vehicles (BEV): While saying EVs, its usually referred to as Battery Electric Vehicles. BEV does not contain any gasoline engines and runs completely on fully rechargeable batteries. BEVs store the electricity in the high-end battery packs. They are eco-friendly and don't emit anything harmful into the atmosphere. They get charged from the external power source with Level 1, Level 2, and Level 3 or DC fast chargers.

Plug-in Hybrid Electric Vehicle (PHEV): Plug-in Hybrid Electric Vehicles gives the customer a choice of fuel to be used. It is powered by alternative fuel, such as it has gasoline and a battery, and can switch the power through both ICE and electric motor. Batteries can be charged by an external power source and can reduce the consumption of fossil fuels.

Hybrid Electric Vehicles (HEV): Hybrid Electric Vehicles have the benefits of both electric motors and fossil fuels. They don't have any power charging system; instead, the battery is charged by the vehicle's braking system called regenerative braking system. The electric power can be used to run electronic devices and power tools.

Classification of EV Chargers

  1. Level 1 – Uses a standard 120v household outlet and takes around 8 hours to charge an EV that can run for about 75 to 80 miles.
  2. Level 2 – Needs a specialised charging station providing the power of about 240v. They are typically found at public charging stations and take about 4 hours to fully charge a battery for 75 to 80 miles of the run.
  3. Level 3 and DC fast charging – This is the fastest way of charging an EV. These chargers are found at dedicated EV charging stations and take about 30 mins to charge a battery for a range of 90 miles.

Also Read: EVs on a shoestring: Australia’s five most affordable electric cars

What is the need for EVs?

Electric Vehicles can help the world to combat the increasing pollution. There are two main types of emissions produces by the vehicles viz. direct emission and life cycle emission.

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Direct emission is emitted by a vehicle through its exhaust. The remnants left after burning the fossil fuels get exhausted from the vehicle's tailpipe and get mixed up in the atmosphere. They increase the smog-forming pollutants, other pollutants leading to adverse effects on human health, greenhouse emission and carbon dioxide emission. On the other hand, EVs don't have any adverse impact on the environment based on direct emission.

Apart from that, Life cycle emission incorporates all emissions that account for a vehicle's life cycle from production to the vehicle's recycling and scraping. EVs produce less life-cycle emission than conventional fossil fuel-driven vehicles because the emission involved in generating electricity is much lower than the direct emission of carbon through the burning of fossil fuels.

The Journey of EVs in the past ten years:

The journey of EV had started in the 1830s with Scotland’s Robert Anderson who used galvanic cells to run the motorised carriage; however, the technology took a large leap in 2010 after the release of Tesla's Roadster breaking a barrier of 200 miles per battery charge with an attractive price tag of USD 100,000.

Source: Copyright © 2020 Kalkine Media Pty Ltd.

After the Roadster release, Tesla evolved quickly to become the EV industry leader and set a benchmark for the competitors. Other manufacturers also participated in the EV euphoria by releasing various EV models in the past ten years.

Additionally, the significant increase in the charging stations from mere 3,000 in 2011 to around 60,000 in 2019 in the US and around 1 million in the world has also triggered the industry's important movement.

Advancement in the technology has also brought down the average EV cost in 2019 to USD 55,600 with most of the cars in the range of USD 33,000 to become a viable option to buy.

The technology will excel in the future as well, and EV is the automotive industry's future.   

Also Read: ABS update: Electric Vehicle Registration Double in 2020

What is EBITDA? Earnings Before Interest, Taxes, Depreciation, and Amortisation (EBITDA) is a widely used financial metric in evaluating cash flows and profitability of a business. Market participants closely track EBITDA and apply it in decision making extensively. Although conventional investors like Charlie Munger had raised concerns over the use of EBITDA, it is very popular in markets, and M&A transactions are mostly priced on EBITDA-based valuation like EV/EBITDA (x). EBITDA is not recognised by IFRS and GAAP but is used extensively in the Corporate Finance world. It is now a mainstream financial metric that companies look to target. EBITDA depicts operational cash generation capacity of a firm in a given period. It acts as an alternative to financial metrics like revenue, profit or earnings per share. EBITDA allows to evaluate a business operationally and outcomes of operating decisions. Non-operating items are excluded to arrive at EBITDA. EBITDA excludes the impact of capital structure or debt/equity, and non-cash expenses like depreciation and amortisation. A particular criticism of EBITDA has been the inappropriate outlook of capital intensive businesses, which incur large depreciation expenses. Business with large assets incurs substantial costs related to repair and maintenance, which are not captured in EBITDA because depreciation expenses are accounted to calculate EBITDA. Meanwhile, EBITDA can paint an appropriate picture for asset-light business with lower capital intensity. While revenue, profit and earning per share remain sought-after headline generators for corporates, EBITDA has also found its growing application in the corporate finance world and is now a mainstream metric to evaluate a business financially. Perhaps the growth of asset-light business models has also added to the use of EBITDA. Its debt-agnostic approach to evaluate businesses has given reasons to investors, especially for high growth firms during capital expenditure cycles. But EBITDA has been present for close to four decades now. In the 1980s, the growth in corporate takeovers through leverage buyout transaction was on a boom. EBITDA grew popular to value heavy industries like broadcasting, telecommunication, utilities. John Malone is credited for coining this term. He was working at TCI- a cable TV provider. Since EBITDA has remained an important metric to determine purchase price multiples and is highly used in M&A transactions. EBITDA’s application in large businesses with capital intensive assets that are written down over a long period has been a source of concern for many investors. Although EBITDA is an effective metric to evaluate the profitability of a firm, it does not reflect actual cash flow picture of a firm during a period. Also, it does not account for capital expenditures of the firm, which are crucial in successfully running a business. EBITDA does not give a fair cash flow position because it leaves out crucial items like working capital, debt and interest repayments, fixed expenses, capital expenditure. At the outset, there can be times when EBITDA may overstate performance, value and ability to repay debt. How to calculate EBITDA? NPAT: Net Profit after tax is the amount reported by a firm in the given period. It is present on the income statement of the firm and is used in the calculation of earnings per share of an entity. To calculate EBITDA, interest expense, tax, depreciation and amortisation are added to NPAT. Interest Expense: Firms can employ debt in their capital structure, and interest expense is funds paid to lenders as interest costs on principal debt. Most companies have different financing structure, and excluding interest payments enable comparing firms on operating grounds through EBITDA. Tax: Firms also pay income tax on profits. Excluding taxes gives a fair picture of the operating performance of the business since tax vary across jurisdictions, and sometimes according to size of business as well. Depreciation: Depreciation is the non-cash expense to account for the steady reduction in value of tangible assets. Firms can incur depreciation expense on machinery, vehicles, office assets, equipment etc.  Amortisation: Amortisation is the non-cash expense to account for the reduction in the value of intangible assets like patents, copyrights, export license, import license etc. Operating Profit: Operating profit is the core profit of a firm generated out of operations. It includes cash and non-cash expenses of a firm, excluding income tax and interest expenses. Operating Profit is also called Earnings Before Interest and Tax (EBIT). Read: EBIT vs EBITDA What is TTM EBITDA and NTM EBITDA? Trailing Twelve Months (TTM) or Last Twelve Months (LTM) EBITDA represents the EBITDA of the past twelve months of the firm. It allows to review the last operation performance of the business. Whereas NTM EBITDA represents 12-month forward forecast EBITDA of the firm. NTM EBITDA is also one-year forward EBITDA. Market participants are provided with consensus analysts’ estimates for a firm, which also include NTM EBITDA, NTM EPS, NTM Net Income or NPAT. What is EBITDA margin? EBITDA margin is the percentage proportion of a firm EBITDA against total revenue. It indicates the operational profitability of the firm and cash flows to some extent. If a firm has a higher margin, it means the level of EBITDA against revenue is higher. It is widely used in comparing similar companies and enable to evaluate businesses relatively. If a firm has a total revenue of $1 million and EBITDA is $800k, the EBITDA margin is 80%. What is adjusted EBITDA? Adjusted EBITDA is calculated to provide a fair view business after adding back non-cash items, one-time expenses, unrealised gains and losses, share-based payments, goodwill impairments, asset write-downs etc.

What are ETFs? ETFs are similar to funds where pooled money of investors is managed by a fund manager, who runs the ETF. These funds invest in equity, debt, commodity or any other asset class, depending on its offering. Good read: Mastering the Basics of Investing in ETFs Price of the ETF is based on a value of net assets in the fund and is subject to change each trading day consistent with underlying changes in the value of net assets. Since ETFs are traded in markets just like shares, the quoted price of an ETF either reflects a discount to its NAV or a premium to its NAV. Investors have flocked to ETFs because of low-cost proposition and opportunity to take exposure in a specific pool of assets, which are professionally managed by an investment team with the investment manager. Some ETFs are also used as a proxy to define sentiment in an underlying sector, commodity or index since ETFs are actively traded in market hours, incorporating the latest information in prices. Fund management businesses have continued launching new and innovative ETFs, which have seen great demand over the past.    Read: Gold ETFs register massive capital influx; while PDI, GPP, ERM, AME, RED Under Investors’ Lens Large and popular ETFs have also defied liquidity problems because of large scale investor participation. But it remains a problem with lesser-known ETFs with small market participation. ETFs also pay distributions to the holders that are either derived through interest income, dividend income or capital gain. Active and Passive ETFs With ETFs markets growing strongly as ever, there remains a divide between active fund managers and passive fund managers. Passive investment strategies have grown immensely popular among market participants over time. This strategy is cost effective. Many seasoned investors such as Warren Buffett, John C Bogle- founder of the Vanguard Group have endorsed passive ETFs. Active ETFs do not track a benchmark, and performance is not tracked to any given index. These funds are based on countries, sectors, market capitalisation, asset classes, etc., and active investment management allows a manager to beat the returns delivered by broader markets or indices. If you look at the great investors like Warren Buffet, Philip Fisher or Peter Lynch, they have set themselves as a preamble for active investors, and their record of delivering sustainable returns over the long term continues to attract investors to active alleys of markets. Since Passive ETFs are designed to match returns of respective benchmarks, there is no scope of delivering outperformance no guarantee that fund will not underperform the benchmark. However, the expenses charged to investors are relatively lower compared to Active ETFs. Passive ETFs are cheaper than Active ETFs because the use of resources is limited in the former. Since they are designed to match the benchmark and its underlying securities, trading in Passive ETFs is mostly automated running on algorithms, and stock picking is not required, thereby no research. Read: ETFs: Investors Up the Ante and ETFs Run the Show for Long-Term Returns ETFs based on asset classes and style Sector ETFs: These are the most common type of ETFs in market. Sector ETFs track specific sectors like Information Technology, Consumer Staples, Consumer Discretionary, Metal & Mining. These are similar to index funds but are actively traded in stock exchanges. Equity ETFs: Equity ETFs may include equity-focused Sector ETFs. As the name suggests equity, these funds invest in stocks independently or are benchmarked to a specific index. Perhaps, Equity ETFs are the most common ETFs. Fixed Income ETFs: These funds invest in fixed income instruments and pay distributions out of the interest earned on bonds. Further Fixed Income ETFs can be separated as investment-grade ETFs, high-yield ETFs, Government bond ETFs. Commodity ETFs: Commodity ETFs invest in physical commodities like precious metal, agricultural goods, natural resource. These funds include products like Gold ETFs, Oil ETFs, Grain ETFs, Silver ETFs. Good read: Investing in Commodity ETFs Short ETFs: Also known as inverse ETFs, these funds are designed to benefit when the benchmark is falling. Short ETFs hold short positions in the benchmark index futures or constituents of the index to benefit from fall in value or prices. To know more about short selling read: Minting Money While the Asset Price Tanks; Enter the World of Short Selling Leveraged ETFs: Leveraged ETFs use derivatives to amplify the returns and risks of a fund. These are also called geared ETFs. Leveraged ETFs may also hold equity or bonds along with the derivatives to amplify the net asset value movement of funds. Do read: All You Need to Know About Exchange Traded Funds Why investors prefer ETFs? Passive investment vehicles continue to appear compelling to a large investor base, and there are numerous reasons driving the demand for passive investment vehicles. Low-cost and no minimum investment: ETFs have lower expenses compared to traditional mutual funds, and most of the funds have no minimum investment criteria. As a result, the market for ETFs has grown strong, due to its reach to investors with limited capital. Must read: Mutual Funds vs. ETFs: Which Are Better? Exposure to specific asset classes: Investors with large portfolio also use ETFs to enter to into specific asset classes like Gold ETF or Commodity ETF, but not limited to sector ETFs, theme-based active ETFs like technology, mobility, e-commerce etc. Portfolio diversification: ETFs provide investors with an opportunity to diversify a portfolio of concentrated stocks by including exposure to specific sectors, indices, and commodities. More importantly, the diversification is available at a low-cost investment, which further drives the need for ETFs in a portfolio. Accessibility: It is perhaps the most compelling value ETFs provide to investors. Since ETFs are available on stock exchanges like shares, investor participation remains strong, and some popular ETFs boast high liquidity levels. Read: Confused on How to Invest in ETFs? We Have Some Tips! Further read: 6 Reasons to look at ETFs    

What is depreciation? Depreciation is an accounting method used to allocate the cost of a tangible asset to the books of accounts over the useful life of the asset. It is essentially the accounting for wear and tear on the asset over its useful life.  Depreciation also refers to the value of the asset that has been used over time. Assets of a firm that are used for over a one-year period largely include physical assets. Although firms incur expense while purchasing these assets, the expenses are not charged in the income statement.  Such assets are recorded in the balance sheet of the firm and are expensed on the income statement as depreciation expense over time during the life of the asset. The tax authorities also decide the useful life of assets because overstating depreciation expense can lower tax liability.  Now assets come in two variety: tangible assets and intangible assets. As the name suggests tangible, the tangible assets can be touched, such as equipment, machinery, computers, vehicles etc. Depreciation is used to expense the tangible assets of a firm.  Intangible assets cannot be touched and include assets like licenses, copyrights, patents, brand names, logos etc. Amortisation of assets is an accounting method similar to depreciation used to expense intangible assets.  Long-term assets are the source of generating revenue for firms over a long period of time, therefore the cost of acquiring tangible long-term assets is not expensed fully at the time of purchases and is expensed over the life of the asset.  As the asset is used over periods, the carrying value of an asset in the balance sheet is reduced over time. Carrying value of an asset is the original cost minus accumulated depreciation on the asset over time.  Since the cost of acquiring the long-term tangible asset is not expensed fully at the time of purchase and is expensed over its useful life, the depreciation expense is a non-cash charge because actual cash outgo was incurred at the time of purchase.  But depreciation expense reduces the reported earnings of the company as it is charged on the income statement of the firm. Since the expenses are deducted from the revenue of the firm, the tax liability of the firm is also reduced.  What are the methods of depreciation? Straight-line method The straight-line method is the most common method of depreciating an asset over its life. Under this method, the recurring depreciating amount of the asset remains constant and is not changed over the life of the asset.  For example, a firm buys a machine for $10000 with a salvage value of $2000, and the useful life of the asset is ten years. The depreciable value of the asset will be $8000, which is the cost of machine minus salvage value.  Now the firm will depreciate the $8000 each year at a rate of $800 per year. The per-year depreciation charge of $800 is the depreciable value of the asset divided by the useful life of the asset (8000/10).  Double declining balance depreciation method  It is an accelerated type of depreciation method. Under this method, the depreciation expense in higher in the beginning years and gradually reduces over the life of an asset. It also reflects that assets are more valuable in the early years of production compared to later years.  In this method, the subsequent depreciation charges after the initial charge are calculated using the ending balance of the asset in the last period. Ending balance of the asset is the original cost of the asset less accumulated depreciation. Also, the depreciation factor in this method is twice of the straight-line method. Depreciation expense = (100%/Useful life of asset) x 2 Why is depreciation due diligence important? Depreciation can be used to manipulate the financials of the company. Overstating and understating depreciation charges directly impacts the profit of the company. When a firm is charging less depreciation than required, it would directly increase the profits of the firm.  When depreciation expense is lesser than the actual expense, the income statement will record lower amount of expenses, therefore the deductions from revenue will lesser and profits will increase.  Investors also assess whether the useful life of asset used in calculating the depreciation of firm is appropriate or not. The companies should use an appropriate useful life of the asset. When the useful life of the asset is increased, the depreciation charges will spread across an increased number of years.  As a result, the depreciation expenses during the life of an asset would be understated since the actual life of an asset is less than recorded. Investors prefer checking the number of years used as the useful life of an asset.  Sometimes firms may choose to change the method of depreciation. Although it could be appropriate when actual business conditions don’t match the method adopted, there remains a possibility that the decision to change the method could be driven by the motive to manipulate depreciation expenses.  Companies may seek to keep the assets in the balance sheet even though the asset is of no use. This will help the company to keep incurring depreciation expense on the income statement and reduce the tax liability of the business.  When the value of assets of the company has appreciated in light of the market environment, the balance sheet value of the asset will also increase. When the balance sheet value of an asset is increased, the depreciation charges should also increase. Therefore, appreciation in the value of an asset should also increase depreciation expense for the company. 

What are the Factors of Production? Production of anything requires inputs to produce an output, and the inputs used in the production are known as factors of production. Alternatively, these are resources used in the production of goods and services.  Factors of production are also critical to economic growth given the economic growth requires expansion in output/national income or total production. Factors are a class of productive elements, which individually are known as units.  Units are interchangeable and homogenous, moreover, they are perfect substitutes for each other. Factors, which constitute a group of units, are not a perfect substitute for each other. Modern economists prefer using ‘inputs’ instead of conventional factors of production: land, labour, capital and entrepreneurship.  Classification of Factors of production Land Land includes all the natural resources available such as water and air. It constitutes a natural resource that yields income and is exchangeable for a consideration. In the absence of land, water and sun, a farmer cannot produce crops.  Every commodity traded in the world can be traced back to land directly or indirectly. Such as gold is extracted from mines, crude oil is explored and extracted from oil fields, grains are produced in agricultural land. Moreover, the land is arguably the ultimate origination of commodities.  Meanwhile, the quantity and quality of land are vital to yield an acceptable utility for the user. But the availability of land does not guarantee economic growth because the ability to use resource determines the optimal use of the resource.  Land can be further classified as renewable and non-renewable. Renewable resources can be used again and again in the production like an agricultural land used year after year for the cultivation of food, grains etc.  Non-renewable land is not usable again and again and is exhausted as the consumption increases. A gold mine may not yield additional income for a business when ore reserves are exhausted. And a new discovery would provide additional resource.    Land, as a blessing of nature, is fixed in supply. Whether the demand increases or decreases, the supply of land will remain the same. As a result, it is not dependent on the price, therefore supply of land is perfectly inelastic.  Labour Labour does include not only physical but also mental abilities that are done by humans for a monetary benefit. The contribution of labour depends on the size and quality of labour.  For instance, Japan has been successful in the production of small and compact cars, while the US producers were efficient in slightly heavy cars.  Higher productivity of labour will likely deliver favourable benefits. As a human factor, labour cannot be exchanged for value, unlike land and capital. Labour is used with land and capital and cannot be separated. Labour is available in return of wages and is not a saleable commodity. While one cannot store labour for future use, the supply of labour is dependent on the need for production. Labour supply is elastic, and it takes time to develop overall supply. Division of labour emphasises on the speciality of labour in a particular work. Every labour group in an organisation is further classified into various divisions, depending on the quality, skills, knowledge and demand.  Capital  Capital is a critical factor of production and largely means wealth, which includes stock of raw material, machinery, tools, building etc. It is also the money available for productive and investment purposes.  Capital also extends to physical assets such as machinery, raw material that are directly used in the production. Securities such as shares and bonds are not classified because they are not used in production, thus not the factor of production.  It is largely classified into fixed capital and working capital. Fixed capital is used in the production continuously and incur wear and tear. Fixed capital does not mean it is immovable, but the essence of fixed is the cost incurred, which largely remains fixed over the period of production.  The cost incurred in working capital is, however, recovered when the product is sold. Such as the cost of raw material, along with other inputs, is a component of the total cost of the good. Capital also includes human capital.  Human capital is also a vital unit of production and means the education, skills, and health of people. It is essential for the improvement in productivity. It is now understood that investments in human capital provide favourable growth.   Entrepreneurship Entrepreneurship is vital to confluence the factors of production and manages risk & uncertainty associated with the production. Now it is understood that production is a function of land, labour, capital, and entrepreneurship.  Entrepreneurship is more concerned with the incorporation of production, rather business affairs, which are managed by other people working on wages. Therefore, an entrepreneur takes the risk and uncertainty associated with production.  An entrepreneur is responsible for initiating a business enterprise and is engaged in assembling the factors of production, including land, labour, capital and entrepreneurship. Innovation and development are also associated with entrepreneurship.  Entrepreneurs undertake crucial decision of capital allocation, which may include setting up new factors, purchasing machinery, upgrading skills of human capital, innovating units of production etc.  Elon Musk is an entrepreneur aspiring to reach mars, produce e-vehicles, launch space travel. He is effectively managing and bringing about the factor of production to achieve results.  

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