💥Join UPSC 2027,2028 Mentorship (July Batch) + XFactor Notes & Microthemes PDF

Subject: Economics

  • Blue economy: Prospects in Indian ocean

    As we hear about the activities going on in South east china sea (chinese claim), Indian ocean (piracy), time has come to clear some terms about blue economy. It will be significant for India in strengthening prospects in indian waters. Let’s analyse this in detail.

    blueecobanner


    What is Blue economy?

    • Gunter Pauli’s book, “The Blue Economy: 10 years, 100 innovations, 100 million jobs” (2010) brought the Blue Economy concept into prominence
    • Blue Economy began as a project to find 100 of the best nature-inspired technologies that could affect the economies of the world
    • While sustainably providing basic human needs – potable water, food, jobs, and habitable shelter
    • This is envisaged as the integration of Ocean Economy development with the principles of social inclusion, environmental sustainability and innovative, dynamic business models
    • It is creation of environment-friendly infrastructure in ocean, because larger cargo consignments can move directly from the mothership to the hinterland through inland waterways, obviating the need for trucks or railways

    What makes Indian water attractive? How is it geographically different?

    • Vast coastline of almost 7,500 kilometres, with no immediate coastal neighbours except for some stretches around the southern tip
    • This is not possible, for instance, in the Persian Gulf region because of the proximity to trade routes and contiguous countries
    • In some sense, India has the advantage of a latecomer, helped by natural geography
    • For an offshore transloading zone, the availability of calm waters during the monsoons is a problem
    • But this can be overcome by conducting such operations closer to the coast and seasonally, in calmer waters

    What are some developments initiated by India?

    • An offshore infrastructure project was successfully launched by the ministry of shipping, for transporting imported coal to the thermal power station at Farakka in West Bengal
    • Such transshipment, out on the high seas yet within India’s economic zone at the Sandheads in the Bay of Bengal, worked out to be financially viable and environmentally friendlier, compared to traditional handling of cargo at ports
    • As ship sizes become bigger, transshipment/ lighterage operations on the high seas are becoming more viable

    Blueeconomyheader


    What are the potential efficiencies from blue economy infrastructure?

    • Ports can multiply operations because each cargo shipment is of small parcel size, with no extra capital expenditure for dredging or for large berths and associated equipment
    • As larger surpluses are generated, some parts can be utilised for better and more environment-friendly “smart ports” Less physical congestion unclogs bottlenecks at ports
    • Faster clearances mean less waiting time and savings on demurrage, so a shorter waiting time for ships also helps the environment by reducing fuel burn
    • As transloading takes place on the high seas, it creates an opportunity to spread the cargo across more ports
    • It makes ample sense to create a well-distributed network for handling bulk cargo along the entire coastline
    • If we introduce “smartness” to transloading zones, we can add value and reduce transaction costs

    How does maritime diplomacy set rules in Indian ocean?

    • Maritime diplomacy had its heyday back in the 1980s, with the sensational discovery of manganese nodules and cobalt crusts on the ocean floor
    • The euphoria over marine mining led to the establishment of the International Seabed Authority <An intergovernmental body based in Kingston, Jamaica, was established to organize, regulate and control all mineral-related activities in the international seabed area>
    • The UNCLOS, the “constitution of the seas”, which came into force in 1994, became the basis for the legal rights for mining in the open sea
    • The interest in seabed mining flagged because of escalating costs, but it’s being revived on account of the demand for minerals and metals in industrial development, particularly in China, Japan and India

    Why are regional organisations considered as most active players?

    • The importance of regional organisations has increased in the context of the blue economy as PM Modi spoke to the SAARC leaders
    • In September 2015, the Indian Ocean Rim Association (IORA) hosted the first Ministerial Blue Economy Conference and identified priorities
    • Goal 14 of the UN’s Sustainable Development Goals (SDGs) — “Conserve and sustainably use the oceans, seas and marine resources for sustainable development”
    • This makes detailed references to the reduction of marine pollution, conservation of coastal and marine areas and regulated fish harvest

    Why is blue economy significant for India?

    • The new focus on the Asia-Pacific highlights the security and economic dimensions
    • The US rebalancing of forces and counter-measures by China have created a new cold war
    • New partnerships are in the making in the Asia-Pacific, seeking Indian participation by competing powers
    • The blue waters of the Indian Ocean have become a new theatre of tension

    What does Delhi needs to do to transform its efforts into action?

    • India can profitably integrate its ongoing programmes like Make in India, smart cities, skill development and self-reliance in defence
    • Delhi’s forthcoming chairmanship of the BRICS will offer a splendid opportunity to highlight the cooperation needed for the blue economy
    • The imperatives of cooperation and the need for adept diplomacy are evident
    • Prime Minister endorsed the blue economy during his visit to Seychelles, Mauritius and Sri Lanka
    • Diplomats aspiring to a “blue diplomacy” should begin to grasp the immense possibilities of the blue economy
    • It will be diplomats in coastal and island countries and with the UN, IORA and Saarc, who will have to operationalise it
    Published with inputs from Arun | Image source - cri.org
  • Rural Infrastructure Schemes

    Has 2 departments under it – Dept. of Rural Development and Dept. of Land Resources. National level schemes under them – Pradhan Mantri Gram Sadak Yojana (PMGSY) for rural roads development, Swarnajayanti Gram Swarozgar Yojana (SGSY) rural emploment and for rural housing, Indira Awaas Yojana (IAY) & Integrated Watershed Management Programme (IWMP).

  • Genetically Modified (GM) crops – cotton, mustards, etc.

    Genetically Modified Organisms(GMO): Developments and Concerns

    Recently, Genetic Engineering Appraisal Committee (GEAC) decided to put on hold the government’s decision to commercialise genetically modified (GM) mustard, because of growing outrage by farmer groups against it. Let’s understand its basics in brief!

    What is GMO?

    • GMOs can be defined as organisms (i.e. plants, animals or microorganisms) in which the genetic material (DNA) has been altered in a way that does not occur naturally by mating and/or natural recombination
    • It allows selected individual genes to be transferred from one organism into another, also between non related species
    • Foods produced from or using GM organisms are often referred to as GM foods
    • Recently in India, GM mustard crop was introduced, which was later withdrawn. There is a raging debate going on advantages and disadvantages of GMOs
    • For a long time, further study was requested by farmers, environmentalist on GMO crops

    <Genetic Engineering Appraisal Committee (GEAC) is a body under the Environment Ministry that regulates the use of genetically modified organisms>

    Why are GM foods produced?

    • GM foods are developed – and marketed – because there is some perceived advantage either to the producer or consumer of these foods
    • This is meant to translate into a product with a lower price, greater benefit (in terms of durability or nutritional value) or both
    • Initially GM seed developers wanted their products to be accepted by producers and have concentrated on innovations that bring direct benefit to farmers (and food industry generally)
    • One of the objectives for developing plants based on GM organisms is to improve crop protection

    What really is India’s recently developed GM mustard?

    • A team of scientists at Delhi University led by former vice-chancellor Deepak Pental has bred DMH-11, a genetically modified (GM) mustard hybrid
    • Hybrids are normally obtained by crossing two genetically diverse plants from the same species
    • The first-generation offspring resulting from it has higher yields than what either of the parents is individually capable of giving
    • But there is no natural hybridisation system in mustard, unlike in, say, cotton, maize or tomato
    • What team has done is, that they have created a viable hybridisation system in mustard using GM technology
    • The resulting GM mustard hybrid, it is claimed, gives 25-30% more yield than the best varieties such as ‘Varuna’ currently grown in the country

    Is there a need, in the first place, for developing a mustard hybrid?

    • In 2014-15, India imported 14.5 million tonnes of edible oils valued at $10.5 billion
    • With the country’s own annual edible oil production stuck at below 7.5 million tonnes, of which mustard’s share is roughly a quarter
    • So, there is need to raise domestic crop yields and cut dependence on imports
    • Hybrid technology is a potential technique to boost yields, as has been successfully demonstrated in a host of crops

    What are the environmental risks?

    • GMOs contaminate forever. GMOs cross pollinate and their seeds can travel far and wide
    • It is impossible to fully clean up our contaminated gene pool
    • Genetic engineering allows plants to survive high doses of weed killers, resulting in higher herbicide residues in our food
    • GMO crops are creating ‘super weeds’ and ‘super bugs,’ which can only be killed with more toxic poisons

    Are there any advantages?

    Insect Resistance

    • Some GMO foods have been modified to make them more resistant to insects and other pests
    • This means the amount of pesticide chemicals used on the plants are reduced, so their exposure to dangerous pesticides are also reduced

    Stronger Crops

    • Another benefit that GM technology is believed to bring about is that crops can be engineered to withstand weather extremes and fluctuations,
    • This means that there will be good quality and sufficient yields even under a poor or severe weather condition

    Environment Protection

    GM crops often requires less time, tools and chemicals, and may help with reducing greenhouse gas emissions, soil erosion and environmental pollution

    More Nutritious Foods

    According to the UN Food and Agricultural Organization (FAO), some GM foods have been engineered to become more nutritious in terms of vitamin or mineral content.

    Economic Benefits

    • Larger production leading to increased farm income, reduced poverty, low food prices and thus reduced hunger and malnutrition.
    • Besides new food products are also included, diversifying food varieties

    Then, Why has there been so much concern about GM foods among some public interest groups, activists and consumers?

    • Since the first introduction on the market in the mid-1990s of a major GM food (herbicide-resistant soybeans), there has been concern about such food among activists and consumers, especially in Europe
    • In fact, public attention has focused on the risk side of the risk-benefit equation, often without distinguishing between potential environmental impacts and public health effects of GMOs
    • Consumers have questioned the validity of risk assessments, both with regard to consumer health and environmental risks, focusing particulary on long-term effects
    • Consumer concerns have triggered a discussion on the desirability of labeling GM foods, allowing for an informed choice of consumers

    What further developments can be expected in the area of GMOs?

    • GM organisms are likely to include plants with improved resistance against plant disease or drought, crops with increased nutrient levels, fish species with enhanced growth characteristics
    • For non-food use, they may include plants or animals producing pharmaceutically important proteins such as new vaccines
    Published with inputs from Arun
  • [Video] Rajan’s solution for NPAs: Deep surgery not Band aid

    An Indian express report suggest that Public Sector Banks have written off huge sums of money from their balance sheet. It paints alarming picture of banking sector in India. Governor Rajan has suggested that mere band aid won’t do, deep surgery is required to nurse banking system to health.

    What’s the problem with the banking sector in India? Why are banks writing off such huge sums and what kind of surgery is governor Rajan prescribing? In this write up, we shall try to answer all these queries but first some basics of banking.

    https://youtu.be/wjOt13aPvJw


     

    A bank is a financial intermediary that connects savers (depositors, creditors) with borrowers. People deposit their money in the bank for which they get paid some interest rate. Deposit amount on bank balance sheet (account book) is put under liability category for banks have to pay that amount back with interest.

    Banks in turn lend that money to businesses and earn interest on it. Lent money is put under asset category as it generate income for the bank in the form of interest.

    Banks also have something called capital or equity which is brought in by promoters/ investors. The capital is to absorb losses if borrowers default on their commitment and do not pay back their loans.

    In summary, every banks has on its books, capital to absorb losses, assets which generate income and liabilities i.e. deposit amounts which have to be returned back with interest.

    What’s Provisioning?

    Whenever banks lend to any business, it carries with it some risk that money wouldn’t be paid back, borrower would dimply default. This risk is accounted for at the time of disbursal of loan itself in the form of keeping aside some capital in anticipation of future losses. This is called provisioning.

    For instance, if banks feel 1% of loans are likely to default, they will provision 1% against any loans they make, When a loan actually defaults, they don’t have to book huge loss for they have it already covered. Note that higher the likelihood of default, higher the amount of provisioning. Guidelines in this regard are prescribed by RBI.

    What is a non performing asset (NPA)?

    Asset is one which generates income for the bank in the form of interest. Assets are meant to perform function of generating cash flows for banks. When assets cease to perform that function i.e. do not pay back interest and installments, they become non performing and are known as non performing assets.

    Technical definition:  A non performing asset (NPA) is a loan or advance for which the principal or interest payment remained overdue for a period of 90 days.

    Banks are required to classify NPAs further into Substandard, Doubtful and Loss assets.

    1. Substandard assets: Assets which has remained NPA for a period less than or equal to 12 months.

    2. Doubtful assets: An asset would be classified as doubtful if it has remained in the substandard category for a period of 12 months.

    3. Loss assets: As per RBI, “Loss asset is considered uncollectible and of such little value that its continuance as a bankable asset is not warranted, although there may be some salvage or recovery value.”

    Let’s understand all this with an example: 

    Suppose, SBI lent 100 rs to Mallya on 1st Jan 2015 which he has to return in 10 monthly installments of 12 rs each beginning 1st jan 2016.

    Mallya returns 1st and 2nd installments on 1st jan and 1st feb 2016 but does not return 3rd installment on 1st march. He simply refuses to pay back.

    Till 1st march 2016, this asst would be considered a standard asset as it was generating regular cash flows.

    • After 90 days from due date i.e. 1st june (1st March due date), it becomes an NPA.
    • From 1st june 2016 to 1st June 2017, it remains a substandard asset.
    • After 1st june 2017 it becomes a doubtful asset.

    When bank or auditors feel it’s virtually unrecoverable, it is termed as loss asset and after that it is taken off balance sheet in what is termed as writing off.

    Why wouldn’t banks want to declare bad loans as NPA?

    As NPAs carry higher risk of eventual default, provisioning for NPAs is higher than standard assets. They carry 15% provisioning. What this means is that banks have to set aside 15 rs to cover future losses, the same money they could have lent to someone else and earn interest on it. It basically brings down profitability of banks and erode their capital base.

    But isn’t it like extending problem to the future?

    Well, banks feel if they can continue lending to these assets so that they could repay interest (refinancing), some day economy will return and they will be able to repay all the debt. so they simply restructure the loan and keep these assets as standard assets. Rajan calls it policy of extending and pretending i.e. extending the loan and pretending as if everything’s alright even though there are serious underlying problems. This is what Rajan calls applying band aid.

    Total stressed assets = Gross NPAs + Restructured assets

    It’s true that some sectors are affected by economic downturn and would revive once economic cycle picks up speed but extending every loan for a long time creates problem of moral hazard and promoters simply lose interest in reviving the project for interest cost becomes too high with the rising debt. Banks keep on throwing good money after bad, day of reckoning eventually arrives when banks are forced to book huge losses and tax payers suffer.

    In PSBs, restructured assets are more than double of NPAs and analysts feel restructured assets to be as bad as NPAs.

    The other thing banks can do is recognize NPA as NPA and try to put project back on track. This would then lead to active intervention on the part of all parties concerned. Banks would take some hit on their balance sheet, write off some part, promoters will bring more equity, govt will provide clearances, tarriff authority can increase the tariff etc.

    What are all the things that banks can do?

    1. If management is inefficient, banks can change the management.
    2. Acquire majority stakes under strategic debt restructuring (SDR) and sell the asset to new promoters.
    3. Start liquidation proceedings if turnaround seems unlikely under SARFAESI act.
    4. Sell asset to Asset Reconstruction Companies (ARCs).

    This is what Rajan calls deep surgery but it would require recognizing the problem as NPA first. It would put strain on the profitability in the short run but cleaned up balance sheets would reflect true picture of the state of banks. Government will infuse capital in the banks so that banks are ready to lend money to deserving businesses which will lead to economic recovery as well as expand asset base.

    Economic recovery will help stressed assets to pay back their loans while expanded asset base will increase denominator bringing NPA ratio down thus starting a virtuous cycle.

    Gross NPA ratio = Total NPA/ Total asset base

    We can decrease NPA ratio by increasing the denominator i.e. lending more.

    A few more points:

    Banks lend against capital and Basal committee on banking supervision prescribes norms for capital adequacy.

    Capital Adequacy Ratio (CAR) = Total Capital/ Total risk weighted assets

    This ratio has to be maintained for soundness of banking system. It’s clear from the above that to expand asset base, banks need more capital and for PSBs government has to infuse more capital.

    PS– This article is to be read alongside this discussion to know the causes and ways of resolution of this mess.

    Read this analysis of RSTV

  • [Video] New Methodology of GDP calculation: What’s all the fuss about?

    Last year methodology of calculating India’s GDP was revised along with base year revision. It produced surprising results revising growth rate for 2013-14 to 6.9% from 5% (38% jump) as per old methodology. Not many were convinced then and most are still unconvinced.

    In this article, we discuss various changes brought about by the recent revision but before we go there, let’s have a look at basics of GDP.

    https://www.youtube.com/watch?v=FRb0zIo0Y5g&feature=youtu.be


    What is GDP and how is it calculated?

    GDP or gross domestic product is nothing but money value of all the final goods and services produced in the domestic economy in a given time period.

    Let’s break GDP down-

    It’s gross because it does not account for depreciation.

    What is depreciation-

    A part of capital is lost every year due to wear and tear. Suppose life cycle of a machine which makes toys is 20 years, after 20 years we will have to replace it or we can say that every year 1/20th portion has to be replaced. This replacement cost is called depreciation.

    When we subtract depreciation, we get net product.

    Net Domestic Product = GDP – Depreciation

    It’s domestic because production happening in domestic economy is considered. It does not matter if it’s produced in India by Indians or Americans.

    On the other hand national product takes into account production by nationals. It does not matter whether they produce in India or US.

    Let’s understand this with an example –

    Priyanka Chopra charges some (hefty) fee for acting in Quantico in US. Her fee will be counted in domestic product of USA and national product of India.

    By this very same token, McDonald american manager’s salary who is working in India will be counted in US National product and Indian Domestic product .You get the point, right ?

    National product = domestic product +income of nationals in abroad – income of foreigners in the country

    Or

    Domestic product – net factor income from abroad.

    Okay so now that we understand the basic definitions, let’s understand how GDP is calculated.

    There are only 3 methods of GDP calculation

    1. Income method i.e. add income of all the individuals of the economy
    2. Expenditure (consumption) method i.e. add all the expenditure incurred by all the individuals
    3. Production or value added method i.e. add value addition at each stage of production or as we say in definition Final value of all goods and services produced.

    Note here that I mention final value which implies if we count value of a Maruti, we shall ignore value of component parts of Maruti such as steel used or rubber etc. Or we can ignore the final value of Maruti but add value addition at every stage. Point here is to avoid double counting.

    All 3 methods shall give the same result due to circular flow of money.

    What is this circular flow of income?

    A theory that states that money flows to workers in the form of wages, they buy goods and services from it ( expenditure) and money flows back to firms in exchange for products.

    What’s the concept of GDP at Factor cost and GDP at market price?

    Factor cost is cost incurred in paying factors of production i.e. land (rent), labour (wages), Capital (interest,dividend), entrepreneur (profits). Essentially cost of production.

    Market price of a good = Factor cost + Indirect taxes – subsidies

    GDP at market price = GDP at factor cost + Indirect Taxes – Subsidies

    What’s this GDP at current market price and GDP at fixed price?

    Because of inflation, money value of output may increase without any commensurate increase in actual real production.

    For instance, if last year we produced 100 kg of pulses whose cost was 100 rs per kg, our GDP would be 100*100.

    This year due to some reason price has risen to 200 per kg. We produce only 100 kg this year but GDP at current market price would be 100*200 i.e. double of last year even though there’s no real increase in output. 

    Hence, when we calculate real GDP growth, we compare the real GDP i.e. inflation adjusted GDP with some base year. That inflation adjuster is known as GDP deflator.

    Real GDP = Nominal GDP at current market prices/ GDP deflator.

    The base year has to be revised periodically as structure of economy changes. Some goods become obsolete with time (audio cassettes) while new goods come into the market and base year has to reflect those changes.

    It was to reflect these changes that the base year was revised but other changes were also incorporated in the methodology of GDP calculation.

    Let’s analyse these change in brief –

    1. Base Year was revised from 2004-05 to 2011-12
    2. GDP calculation at constant market prices instead of at factor cost.
    3. Sector wise estimation of gross value added (GVA) at basic prices instead of factor cost.
    4. Comprehensive coverage of corporate sector using MCA21 software.
    5. Comprehensive coverage of financial sector
    6. Improved coverage of activities of local bodies and autonomous institutions.

    All these changes were made to align Indian accounts as per IMF approved methodology.

    But as mentioned earlier, revision dramatically increased our growth rate but high growth rate numbers don’t correspond with the high frequency macro-economic indicators in the economy, such as bank credit growth, corporate performance, auto sales, factory output etc.

    What needs to be done?

    Central Statistical Organization (CSO) will have to create a back series so that analysts are able to make sense of the GDP data. Otherwise credibility of our numbers will be questioned which would be a very bad news for investor confidence.

  • Beggar thy neighbour

    China devalued renminbi by 2% in a single day last August and sent stock markets in a tizzy. Currency was devalued again by 0.5% in January this year. Overall, it has depreciated some 8% against the dollar. Immediately, charges of competitive devaluation were levied and China was accused of stating a global currency war. Japan, European union all are trying to keep their rates down. Meanwhile, the rupee has also depreciated and has now reached 68, 2 years low. Yet exports are falling month after month and exporters are claiming rupee to be overvalued.

    So why are major economies trying to devalue their currency? How does devaluation help? And if low exchange rate is really such a great thing, why were we crying when rupee was falling in the wake of taper tantrum in September 2013? What do we actually want??

    But first thing first

    What’s the exchange rate and how is exchange rate determined?

    Exchange rate is the rate at which one currency will be exchanged for another. It is the value of one country’s currency in terms of another currency. So if for 1 $, we get 100 rupees, $/rupee exchange rate is 100. This is nominal bilateral exchange rate.

    Nominal because it is just a numeric term and does not tell us anything about purchasing power or competitiveness of a currency.

    Bilateral as only 2 countries are compared while we might be trading with n number of counties.

    Then, what’s real exchange rate ?

    It’s real because it tells us about purchasing power and competitiveness aspects as well. It is nominal exchange rates multiplied by the price indices of the two countries i.e. takes inflation into account.

    NOTE- In economics, real means adjusting for inflation. For instance,Real GDP is GDP adjusted for inflation.

    How does real exchange rate provide us with more information? Let’s understand by an example-

    Suppose India and USA ,both only produce apples and there is free trade with zero tariff. At present exchange rate is 100. 1 kg apples cost 1$ in US and 100 rs in India. Now, because of technological improvements combined with cheaper labour costs,  prices in India declined to 90, everyone will convert their $ to rupee and buy from India. Now there’s more demand for Indian rupee i.e. rupee value will go up.  It will force exchange rate to move up to 90 and trade is balanced again. That’s how markets determine nominal exchange rates. As productivity levels rise, inflation declines, exchange rate moves up.

    Note here, Real rates haven’t changed. Real rate remains 100 ( 90 (nominal rate)* 100 ( US price level)/ 90 (Indian Price Level).

    But what if RBI tried to con the market and maintained exchange rate at 100 ? While nominal rates remain unchanged, rates have depreciated in real terms because real rate is inflation adjusted i.e. 100* 100/ 90.

    Or we can say, US dollar has appreciated in real terms. What’s the effect? Nobody would buy apples from US. US farmers would go bankrupt.

    In effect, lower real rates make domestic prices cheaper and promotes export while at the same time making imports costlier. That’s the reason central banks resort to devaluation to make their currencies competitive in world market.

    But is is that simple?? More demand for your products # more demand for currency # exchange rate moving up # trade balancing??

    If only goods and services were traded, determination of exchange rates would have been so simple. Inflation would put downward pressure on exchange rate while rising competitiveness would put upward pressure. Nominal rates will move up and down but real rates will remain stable and there will be balance of trade.

    But currencies also move in financial markets for investment and speculation and that creates complication.

    So if US companies invest in Indian stock markets or bring FDI, they would buy rupees, demand for rupee high, exchange rate will go up. Real rate also goes up as there’s no immediate change in inflation-competitiveness dynamics. Bad news for exporters.

    How would rates adjust?

    More rupee in the economy now ( dollars converted into rupee). If no increase in production, it would result in inflation and nominal exchange rate would come down, real rate would readjust to previous value.

    In capital starved countries like India, investment results in building of new infrastructure, new products # production increased to blunt some effect of rising money supply # nominal exchange rates would come down according to inflation differential.

    Now you can understand, why rupee was 40 to $ a decade back and is 68 to $ today. High inflation in India reduces purchasing power of rupee and it has to depreciate to maintain competitiveness.

    Why were we panicking when rupee was plunging during taper tantrum days?

    At that time, FII withdrew money in droves as Fed hinted at raising US interest rate # increased demand for dollar # rupee fall precipitously. Precipitous fall creates huge volatility and uncertainty in the minds of investors. Uncertainty is not good for anyone. That’s why RBI steps in to defend the rupee and curtail the volatility. It dips into reserves and sells Dollars but reserves are limited and that creates further doubts in the minds of investors about the ability of central bank. Net result- Investment environment takes a beating and we panic.

    What is China trying to do by devaluing it’s currency?

    China grew by over 10% for last 3 decades on back of export led growth. But growth has now slowed down and China just posted slowest growth in a quarter century. Devaluing currency helps-

    As we saw above Chinese products will become cheaper for foreigners to buy, more exports from Chinese economy. High growth, jobs etc.

    1. Things Chinese import will become costlier so high oil, gas mineral costs. resulting in inflation. Inflation tends to drive down currencies. China might just enter that vicious circle. Falling competitiveness # depreciation # inflation # depreciation.
    2. Those who invested in Chinese currency would book losses . If u had invested 100 dollars for 100 yuan, now u get, say 98 dollars back.  It will result in Capital fight from China. Will put further downward pressure on yuan. Stock markets will be down.
    3. Chinese corporations and banks who had borrowed in dollars would find it difficult to repay the loan. Earlier if they had borrowed 100$ and got 100 Yuans, they will have to shell out 102 Yuans to pay back same 100$. Banks and corporations will go bust.

    Most importantly,

    Other countries would want to protect their market. In tat for tat move, they will bring down their exchange rates . Chaos in market. Not good for anyone . Beggar thy neighbor policy. Everyone wanting to grow at the expense of other countries.

    Fact is total world exports = total world imports

    If no country is willing to import, total imports will come down but since total imports = total exports, overall trade will come down, bad for everyone.

    How does it affect India?

    1. Weak renminbi will lead to widening of trade deficit.
    2. Markets in which China and India compete, Chinese will price out Indians.
    3. Chinese will dump cheaper products in our market resulting in factory closure, job losses etc.

    Rupee has fallen to 68 against the dollar this January. Why are exporters still complaining about rupee being overvalued?

    We don’t trade with only US but with other economies as well . Their exchange rate movement w.r.t. dollar affects us, as rupee will inch up or down relative to those currencies. Russian, Brazilian, Turkish, Indonesian all currencies have fallen more than ours and that makes Rupee overvalued in trade based terms.

    To take value of other currencies we trade with into account, we calculate trade weighted exchange rates.  We determine value of our currency w.r.t. a basket of currencies with which we trade. There are two ways of doing this.

    1. NEER or Nominal effective exchange rate –  To calculate NEER, we weight the nominal exchange rate of the rupee against the currencies of these trading partners by their share in India’s trade. Then, by summing the weighted exchange rates, we get the NEER.

    For instance, suppose we trade only with China and Russia. Earlier, value of 1$ was 100 rupee = 100 yuans = 100 roubles. Now rupee depreciates to 110, yuan to 120 and rouble to 130. Note here that though rupee has depreciated w.r.t. dollar, it has relatively appreciated w.r.t. yuan and rouble. Bilateral nominal exchange rate will not tell that story, but NEER will.

    2. REER  or Real effective exchange rate is to NEER what Real rate was to nominal exchange rate. It takes into account inflation and competitiveness.

    In REER terms rupee has appreciated significantly i.e. rupee is overvalued or less competitive w.r.t.  currencies with which we trade.

    A few Final Comments-

    We saw how markets determine exchange rates and central banks intervene to reduce volatility. This type of regime is called managed floating exchange rate regime. When a currency moves up and down, it’s called Appreciation and Depreciation of currency, respectively. Eg. India, USA etc.

    In some countries, central banks fix exchange rate and intervene to defend the currency at that value. This type of regime is called Fixed exchange rate regime. When currency moves up and down, it’s called revaluation and devaluation respectively. Eg. Pre reform India, China.

  • Hybrid Annuity Model: A win- win for everyone. But how?

    Last week, government approved the hybrid annuity model ( HAM ) as one of the modes for implementing highway development projects. This model was proposed by NHAI as investment dried up in other modes of road development projects such as BOT (Toll) and BOT (annuity).

    In this article, we shall understand different modes of PPP projects for highway development.

    There are 4 modes under which projects are awarded to private developers –

    #1. BOT (toll) – Build Operate Transfer and Toll

    As the name suggests, private party is responsible for building the project i.e. acquire land, procure raw material, design and construct the road i.e. private party bears construction risk.

    They operate and maintain (O&M) the road during concession period as per agreed specifications i.e. private party bears O&M risk.

    During concession period, they collect the toll. They recover their costs via toll collected during concession period i.e. private party bears Traffic or Commercial risk.

    If traffic does not materialize as per their projections, they won’t be able to recover their investment or if goons of Shiv Sena assaults toll operators, private players again lose.

    Private party has to arrange all the finance to build the project. Government awards contract to the party which is willing to share maximum toll revenue with the govt. Sometimes upfront viability gap funding (VGF) is provided for financially unviable projects.

    Clearly private party bears maximum risk in BOT  (toll).

    #2. BOT (annuity)

    What is annuity?

    An annuity is a series of equal payments at regular intervals. Eg. pension payments, insurance payments etc.

    BOT (annuity) was designed because BOT (toll) entailed too much risk and private developers were not willing to invest in the project.

    This model is exactly similar to BOT (toll) except that private party does not bear traffic or commercial risk.

    How do they recover their investment then?

    NHAI pay them regular annuity during concession period. Obviously developer that demands minimum annuity will be selected.

    #3. EPC – Engineering Procurement Construction

    Govt policy paralysis, difficulty in land acquisition, high cost of financing etc meant that private interest dried up even in BOT (annuity) and govt. brought EPC mode to award the projects.

    As the name suggests, private party only design the project, acquire raw material and construct the road i.e. private party bears only construction risk.

    Immediately after the construction, the road is transferred to NHAI. 100 % upfront funding comes from government coffers. Government acquires the land, provides all the regulatory clearances.

    In strict terms, EPC is not actually a PPP project. Private player bears virtually zero risk. Private player behaves as a contractor and constructs the road just as contractors build our houses.

    As you could imagine, EPC model was putting lot of strain on government finances. Why? Well, one of the main motive of bringing private players is that private players will bring capital and supplement limited public capital. But here private players were bringing ZERO capital. Govt. had to think of an innovative project and along came… 

    #4. Hybrid Annuity Model (HAM)

    What is hybrid? Simply put, it’s a mix of EPC and BOT (annuity)

    • Annuity? Private players don’t collect toll but recover investment via annuities
    • EPC? Govt. provide 40% of project cost

    BOT (annuity) part – Private player brings 60 % of capital. NHAI will pay annuity over concession period. Private player will be responsible for O&M of the project.

    Other features of the project-

    1. Life cycle cost will be the bidding parameter
    2. Separate provision for O & M payments 
    3. Provision for inflation adjusted project cost over time

     

    How it is a win – win situation?

    1. Private player has to arrange for only 60% of project cost. Exposure and risk reduces
    2. All regulatory clearances risk, compensation risk, commercial risk and traffic risk is borne by government, so risk for private sector is minimal
    3. Govt. has to cough up only 40 % of initial funding
    4. Operation and maintenance by private player. Better expertise, better quality of services
    5. Finally comfort to lenders ( banks ) through assured annuity payments

     

    Hope you got the key differences! If I left out something, feel free to ping back on the comments.


    #Q1. What do you mean by the hybrid annuity model? Does this model provide for optimal risk sharing? Suggest some measures to reform overall PPP framework in the country with special reference to reasons for stalled PPP projects in last few years.

    #Q2. Funding for infrastructure projects remain weak in India. Discuss various steps taken by govt to provide funding to infrastructure sector. Also suggest measures govt. can take to develop corporate bond market to fund infrastructure projects.