Infrastructure

Why this chapter matters for UPSC: "Infrastructure" was Chapter 8 of NCERT's Indian Economic Development until the 2023-24 rationalisation removed it (the 2022-23 book lists it; the "Rationalised 2023-24" book does not). The current book still refers to it: the human capital chapter says "Analysis of health sector is taken up in Chapter 8". This page keeps the dropped chapter from the 2021-22 edition, labelled as such. NCERT defines infrastructure broadly but studies only two kinds in depth, energy and health, and both remain at the centre of GS3 and GS2: investment in infrastructure for inclusive growth (Mains 2021), public-private partnership (2013, 2022), energy access and the SDGs (2018), renewable energy targets (2016, 2020, 2022), nuclear energy (2018), and the public health system (GS2 2015, 2018, 2021, 2024). NCERT's figures date from 2016-2019; the record since then (power capacity and peak demand from the Central Electricity Authority, health spending from the National Health Accounts, medical education, Ayushman Bharat, telecom) is added beside them, each dated.

🧠 First Principles — Read This First

Infrastructure is the support system of production. NCERT: "Infrastructure provides supporting services in the main areas of industrial and agricultural production, domestic and foreign trade and commerce." It includes roads, railways, ports, airports, dams, power stations, pipelines, telecommunications, schools and colleges, hospitals, water and sanitation, and the monetary system. Some of it raises output directly; some "give indirect support by building the social sector of the economy". Hence the two-way split NCERT reports: economic infrastructure (energy, transport, communication) and social infrastructure (education, health, housing).

It raises productivity and the quality of life. "Infrastructure contributes to economic development of a country both by increasing the productivity of the factors of production and improving the quality of life of its people." Water and sanitation cut morbidity; transport and communication decide access to health care; transport pollution and accidents raise illness. "As the income rises, the composition of infrastructure requirements changes significantly": irrigation, transport and power matter most to poor countries, power and telecommunications to rich ones.

Energy and health test the state differently. Power is a commercial service with a market price that governments have long subsidised; health is "a vital public good and a basic human right" that markets ration by ability to pay. NCERT's account of both ends in the same place: large expansion, uneven distribution, and a gap between rural and urban, poor and rich.

PART 1 — Quick Reference

The Chapter at a Glance (2021-22 edition)

Dates and Numbers (NCERT 2021-22 first; the record named in each row)

PART 2 — Concepts & Narrative

8.1-8.3 What Infrastructure Is and Why It Matters

NCERT opens with the question why Punjab, Haryana and Himachal Pradesh prosper in agriculture and horticulture, why Maharashtra and Gujarat are industrially ahead, why Kerala excels in literacy, health and tourism, and why Karnataka's IT industry attracts attention: "It is all because these states have better infrastructure in the areas they excel than other states of India." The definition and the economic-social split are in First Principles. Modern agriculture depends on infrastructure for the "speedy and large-scale transport of seeds, pesticides, fertilisers and the produce", and increasingly on insurance and banking. Inadequate infrastructure has "multiple adverse effects on health".

8.4 The State of Infrastructure in India

Infrastructure was traditionally the government's job, but "the government's investment in infrastructure was inadequate", and the private sector, "by itself and also in joint partnership with the public sector", now plays a large role. Rural India lags most: rural women still rely on crop residues, dung and fuelwood and walk long distances for fuel and water. From the 2011 Census, NCERT reports that in rural India "only 56 per cent households have an electricity connection and 43 per cent still use kerosene", about 85 per cent use bio-fuels for cooking, tap water reaches only 31 per cent of rural households, about 69 per cent of people drink water from open sources, and rural access to improved sanitation was only 30 per cent.

Table 8.1 compares India with China, Hong Kong, South Korea, Pakistan, Singapore and Indonesia (2018). NCERT says "India invests only 30 per cent of its GDP on infrastructure, which is far below that of China and Indonesia"; the table's own note says the column "refers to Gross Capital Formation", which is all fixed investment and stocks, not infrastructure alone, so read the 30 per cent as India's investment rate. The same table gives India 94 per cent using safely managed drinking water, 40 per cent safely managed sanitation, 87 mobile subscribers per 100 people and 809 million tonnes of oil equivalent of energy use. "Some economists have projected that India will become the third biggest economy in the world a few decades from now. For that to happen, India will have to boost its infrastructure investment."

8.5 Energy

"Energy is a critical aspect of the development process of a nation", used in industry, agriculture (fertilisers, pesticides, farm equipment) and households. Sources are commercial, non-commercial and non-conventional (key-term box). "More than 60 per cent of Indian households depend on traditional sources of energy for meeting their regular cooking and heating needs", and India, a tropical country, has "almost unlimited potential" for solar, wind and tidal energy.

Consumption pattern. "In India, commercial energy consumption makes up about 74 per cent of the total energy consumed", with coal and lignite "the largest share of 74 per cent, followed by oil at 10 per cent, natural gas at 9 per cent, hydro and other new and renewable energy at 7 per cent"; non-commercial sources "account for over 26 per cent". The critical feature is "the import dependence on crude and petroleum products". Table 8.2 traces sectoral shares of commercial energy: transport was the largest consumer in 1953-54 (44 per cent), but its share has fallen while households, agriculture and "others" have risen; industry consumed 40 per cent in 1953-54 and 42 per cent in 2017-18 (NCERT's table prints transport at "1" for 2017-18, an evident misprint).

Power. Electricity "is a critical component of infrastructure", and its demand grows faster than GDP: "in order to have 8 per cent GDP growth per annum, power supply needs to grow around 12 per cent annually". NCERT's figures: "In India, in 2018, thermal sources accounted for 82 per cent of the power generation capacity. Hydel power accounted for 8.5 per cent, while nuclear power accounted for only 2.5 per cent." These are not capacity shares: the Central Electricity Authority's report for 31 March 2018 counts thermal stations at 2,22,907 MW of 3,44,002 MW installed (64.8 per cent), hydro 45,293 MW (13.2), nuclear 6,780 MW (2.0) and renewables 69,022 MW (20.1). Nuclear energy "accounts for only 2.5 per cent of the total energy consumption, against a global average of 13 per cent". (Today the capacity picture is the reverse of NCERT's: see the box below.)

Challenges in the power sector. NCERT lists five: installed capacity is not enough for high growth (India "is able to add only 20,000 MW a year" and plants are under-used); State Electricity Boards' losses "exceed Rs 20,000 crores" because of transmission and distribution losses, wrong pricing (power to farmers is blamed by some) and theft; private and foreign investors have not played their role; there is "general public unrest due to high power tariffs and prolonged power cuts"; and thermal plants face "shortage of raw material and coal supplies". It notes that instead of adding capacity, the government "has gone for privatisation of the power sector, and particularly, distribution", and asks whether that is the right policy.

Box 8.1, Thane. The Thane Municipal Corporation made solar water heating "compulsory for all new buildings in the city" and used solar energy for traffic lights and hoardings (Outlook, 1 August 2005, as NCERT cites it).

Box 8.2, power distribution in Delhi. Power management in the capital "changed hands four times": the Delhi State Electricity Board (1951), the Delhi Electric Supply Undertaking (1958), the Delhi Vidyut Board (February 1997), and now two private companies, Reliance Energy (BSES Rajdhani and BSES Yamuna) and Tata Power (NDPL), supplying about 46 lakh customers under the Delhi Electricity Regulatory Commission. NCERT's verdict: "experience shows unsatisfactory results".

Box 8.3, saving energy. The Bureau of Energy Efficiency says CFLs use 80 per cent less power than ordinary bulbs; an LED "uses one-tenth energy as an incandescent bulb and half as much as a CFL"; Energy Efficiency Services Ltd estimates that the UJALA scheme to replace incandescent bulbs with LEDs "could save 5,905 MW" and Rs 4,000 a year for an average family.

8.6 Health

"Health is not only absence of disease but also the ability to realise one's potential." It is assessed through infant and maternal mortality, life expectancy, nutrition, and communicable and non-communicable disease. Health infrastructure (hospitals, doctors, nurses and paramedics, beds, equipment and a pharmaceutical industry) must also be accessible: "mere presence of health infrastructure is not sufficient to have healthy people". From the start of planning, "no individual should fail to secure medical care, curative and preventive, because of the inability to pay for it".

The state of health infrastructure. The Union government frames policy through the Central Council of Health and Family Welfare and assists the states; at village level there are Primary Health Centres; voluntary and private hospitals add to public provision. "During 1951-2018, the number of government hospitals and dispensaries together increased from 9,300 to 53,800 and hospital beds from 1.2 to 7.1 lakhs. Also, nursing personnel increased from 18,000 to 30 lakh and allopathic doctors from 62,000 to 11.5 lakhs." The expansion "has resulted in the eradication of smallpox, guinea worms and the near eradication of polio and leprosy". Table 8.3 (1951, 1981, 2000, 2018) shows government hospitals 2,694 to 25,778, government beds 1,17,000 to 7,13,986, dispensaries 6,600 to 27,951, PHCs 725 to 25,743, sub-centres 84,736 (1981) to 1,58,417, and CHCs 761 (1981) to 5,624.

Private sector. "More than 70 per cent of the hospitals in India are run by the private sector. They control nearly two-fifth of the beds available in the hospitals. Nearly 60 per cent of dispensaries are run by the same private sector. They provide healthcare for 80 per cent of out-patients and 46 per cent of in-patients." In 2001-02 there were more than 13 lakh medical enterprises employing 22 lakh people, over 80 per cent run by one person; the private sector "has grown independently without any major regulation", and some practitioners "are not even registered doctors and are known as quacks". Since the 1990s, non-resident Indians and companies have built super-speciality hospitals for the rich and for medical tourists (Box 8.5: "In 2016, as many as 2,01,000 foreigners visited India for medical treatment").

Box 8.6, community and non-profit health care. SEWA in Ahmedabad and ACCORD in the Nilgiris; Shahid Hospital, "built in 1983 and sustained by the workers of CMSS (Chhattisgarh Mines Shramik Sangh) in Durg, Madhya Pradesh" (the area has been in Chhattisgarh since that state's formation in 2000); and the Kashtakari Sangathan in Thane, which trains women health workers at village level.

Indian Systems of Medicine. Six systems (Ayurveda, Yoga, Unani, Siddha, Naturopathy and Homeopathy, together AYUSH), with 4,095 AYUSH hospitals, 27,951 dispensaries and "as many as 8 lakh registered practitioners"; "little has been done to set up a framework to standardise education or to promote research".

Indicators and a critical appraisal. Table 8.4 compares India with China, the USA and Sri Lanka (2016-2018): infant mortality 30 per 1,000 live births (2018), under-5 mortality 37 (2016), births attended by skilled staff 81 per cent, DTP immunisation 89 per cent, "government health spending as a % of GDP" 3.7, and out-of-pocket expenditure 65 per cent of current health expenditure. "One study points out that India has about one-fifth of the world's population but it bears a frightening 20 per cent of the global burden of diseases (GBD)." A 2017 study found nearly two-thirds of the burden from non-communicable diseases; of 4.1 million early deaths from air pollution globally, 1.1 million occurred in India. "At present, less than 20 per cent of the population utilises public health facilities"; only 38 per cent of PHCs have the required doctors and 30 per cent enough medicines.

The urban-rural and poor-rich divide. "Though 70 per cent of India's population lives in rural areas, only one-fifth of its hospitals (including private hospitals) are located in rural areas." Of about 7.13 lakh beds in government hospitals, roughly 30 per cent are rural; "there are only 0.36 hospitals for every one lakh people in rural areas, while urban areas have 3.6 hospitals". PHCs lack X-ray and blood tests; Bihar, Madhya Pradesh, Rajasthan and Uttar Pradesh lag; villagers lack paediatrics, gynaecology, anaesthesia and obstetrics. "Even though 530 recognised medical colleges produce about 50,000 medical graduates every year, the shortage of doctors in rural areas persists", as one-fifth emigrate and many join urban private hospitals. "The poorest 20 per cent of Indians ... spend 12 per cent of their income on healthcare, while the rich spend only 2 per cent", and the poor are driven to private hospitals "which make them indebted forever".

Women's health. Women "suffer many disadvantages as compared to men in the areas of education, participation in economic activities and healthcare". "The deterioration in the child sex ratio in the country from 927 in 2001 to 919 in 2011 points to the growing incidence of female foeticide." Five per cent of girls aged 15-19 have borne children; "more than 50 per cent of married women in the age group of 15-49 years have anaemia"; neonatal disorders topped premature deaths in the burden-of-disease studies of 2007 and 2017. NCERT's prescription: decentralised public health services, awareness and efficient systems, the use of telecom and IT, and strong primary health care, so that "accessibility and affordability" are "integrated in our basic health infrastructure".

8.7 NCERT's Conclusion

"Infrastructure, both economic and social, is essential for the development of a country." India "has made considerable progress in building infrastructure, nevertheless, its distribution is uneven": many villages lack good roads, telecommunications, electricity, schools and hospitals. Reform policies offer concessions to attract private and foreign investors; in energy and health alike, NCERT concludes, "there is scope for equal access to infrastructure for all".

PART 3 — UPSC Integration

Three Frameworks

1. Economic and social infrastructure. Energy, transport and communication raise output directly; health, education and housing raise it through people. A complete answer covers both and the link (water and sanitation reduce morbidity; transport decides access to care).

2. Power: from shortage to surplus capacity, with old problems. NCERT's challenges (capacity, SEB losses, private role, tariffs, coal) against the 2026 record (capacity more than half non-fossil; shortage about zero; peak 270.82 GW; AT&C losses 15 per cent; DISCOMs in profit but heavily indebted; coal plants running at 66 per cent).

3. Health: expansion without equity. NCERT's expansion figures, then its divides (rural-urban, rich-poor, gender), then the spending test (government 1.43 per cent of GDP in 2022-23 against the 2.5 per cent target; out-of-pocket 43.4 per cent), then the responses (PM-JAY, Ayushman Arogya Mandirs, more medical seats).

Confused Pairs

• Commercial (coal, petroleum, electricity) vs non-commercial (fuelwood, crop waste, dung) vs non-conventional (solar, wind, tidal) sources.
• Installed capacity (MW of plant) vs generation (units produced): a source's share of capacity and its share of electricity generated differ, because plants run for different hours.
• Gross capital formation (all investment; NCERT's "30 per cent") vs infrastructure investment.
• Government health expenditure (1.43 per cent of GDP, 2022-23) vs total health expenditure (NCERT's 3.7 per cent row).
• Primary (PHC, CHC, sub-centre) vs secondary (district) vs tertiary (AIIMS, PGI) care.
• Peak demand met (GW, an instant) vs energy requirement (million units, a year).

Exam Strategy

• Prelims: the definitions of commercial, non-commercial and non-conventional energy; NCERT's consumption shares; the 8-for-12 rule; the Delhi sequence (DSEB 1951, DESU 1958, DVB 1997); the three tiers and NCERT's tertiary institutions; AYUSH's six systems; the child sex ratio 927 to 919; the 2026 capacity mix and peak; NHA figures with their year.
• Mains: NCERT's power-sector challenges with the 2026 record; the health divides with numbers; the spending gap against the National Health Policy 2017; PPP and the NIP for investment questions.
• Avoid: "India spends 3.7 per cent of GDP on public health" (government spending is 1.43 per cent, 2022-23); "renewables crossed 50 per cent of capacity in 2025" (the 50 per cent mark is for non-fossil capacity, which includes nuclear and large hydro); "peak demand 250 GW" as the record (270.82 GW, 2026); "India invests 30 per cent of GDP in infrastructure".
• Cross-reading: chapter 4 (site page 5) for human capital, which defers health to this chapter; chapter 7 (site page 9) for renewable energy as a sustainable-development strategy; NCERT Class XII India: People and Economy, chapters on transport, communication and mineral and energy resources.

Practice Questions

NCERT's exercises, worked

1. Infrastructure is the support system of services (transport, power, communication, water, health, education, banking) on which production and the quality of life depend.
2. Economic (energy, transport, communication) and social (education, health, housing); social infrastructure builds the human capital that economic infrastructure needs, and economic infrastructure makes social services reachable.
3. By raising the productivity of land, labour and capital: irrigation for farms, power and transport for industry, communication for services.
4. Agree: infrastructure raises factor productivity and the quality of life, which together raise growth and welfare.
5. Weak: in 2011 only 56 per cent of rural households had electricity, 85 per cent cooked with bio-fuels, 31 per cent had tap water and 30 per cent improved sanitation (NCERT); access has expanded since, but quality gaps remain.
6. Energy powers every activity; commercial sources are bought and sold (coal, petroleum, electricity), non-commercial ones are gathered (fuelwood, crop waste, dung).
7. Thermal (coal, gas, oil), hydro and nuclear, NCERT's three conventional sources of electricity.
8. Transmission and distribution losses are power lost or unbilled between generation and consumer (technical losses in lines and transformers, and theft); they are reduced by upgrading networks, metering, billing and collection, and curbing theft.
9. Fuelwood, agricultural waste and dried dung.
10. Renewable sources (solar, wind, small hydro, tidal) are abundant in India and add capacity without fuel imports or emissions, as the 54.88 per cent non-fossil share of capacity in August 2026 shows.
11. Transport's share fell from 44 per cent (1953-54) while households, agriculture and others rose; industry stayed the largest consumer (Table 8.2).
12. Electricity demand grows faster than GDP: NCERT's rule is 12 per cent power growth for 8 per cent GDP growth.
13. Inadequate capacity, distribution losses and pricing, a limited private role, tariff and supply problems, and coal shortages (NCERT); today, discom debt and low thermal plant use remain.
14. Privatisation of distribution (Delhi), the push for renewables and energy efficiency (LEDs, UJALA), and, since then, the reforms that raised capacity and cut losses (see the boxes above).
15. High burden of communicable and non-communicable disease, low government spending, high out-of-pocket costs, and wide rural-urban and rich-poor gaps.
16. The total burden of disease measures years lost to premature death and to disability from each disease; India bears about 20 per cent of the global burden (NCERT).
17. Too little public spending and staffing, weak primary care, unregulated private growth, and rural and poor people left without access.
18. A falling child sex ratio (927 to 919), early childbearing, widespread anaemia and high neonatal mortality.
19. Public health is the organised effort to prevent disease and promote health through the community: immunisation, disease control programmes, sanitation and water, health education.
20. Ayurveda, Yoga, Unani, Siddha, Naturopathy and Homeopathy, each a distinct tradition of diagnosis and treatment.
21. Through decentralised public services, community participation, primary care, telecom and IT, and affordable access.

Practice (UPSC-pattern, not past papers)

22. "India has moved from power shortage to capacity surplus, but not from loss to profit." Examine with reference to the CEA's and the Economic Survey's figures. (GS3, 15 marks)
23. Why does India's out-of-pocket health spending remain high despite PM-JAY? Use the National Health Accounts. (GS2, 15 marks)
24. Compare NCERT's account of the power sector in 2018 with the position in 2026. What has changed and what has not? (GS3, 10 marks)
25. Evaluate the private sector's role in Indian health care, drawing on NCERT's figures and the policy since 2017. (GS2, 10 marks)

📦 Revision Capsule

Sources

• NCERT, Indian Economic Development (Class XI), ch. 8 "Infrastructure", 2021-22 edition (dropped in the 2023-24 rationalisation): Wayback copy of the whole-book zip, 9 October 2021.
• Central Electricity Authority, all-India installed capacity as on 31 March 2018: npp.gov.in PDF.
• Central Electricity Authority, Installed Capacity Report as on 31 August 2026: cea.nic.in PDF; Executive Summary of the Power Sector, August 2026: cea.nic.in PDF.
• Ministry of Power, Year End Review 2025 (PIB, 16 January 2026): pib.gov.in; Power Sector at a Glance: All India, May 2026: powermin.gov.in PDF.
• MNRE, Renewable Energy Statistics 2025-26.
• PIB, Ministry of Finance, final report of the Task Force on the National Infrastructure Pipeline, 29 April 2020: pib.gov.in.
• Economic Survey 2025-26, chapters 1 (capital expenditure), 9 (power, DISCOMs) and 11 (health), Ministry of Finance: indiabudget.gov.in.
• Ministry of Health and Family Welfare, National Health Accounts estimates 2020-21 and 2021-22 (PIB, October 2024): static.pib.gov.in PDF; NHA 2022-23 (PIB, 27 May 2026): pib.gov.in.
• National Health Policy 2017, Ministry of Health and Family Welfare: nhsrcindia.org PDF.
• PIB, Update on Medical Education in India, 2 December 2025: pib.gov.in; Rajya Sabha Starred Question 29, 2 December 2025 (doctor-population ratio): sansad.in PDF.
• PIB, PM-JAY eighth anniversary note, 22 September 2026: pib.gov.in; West Bengal joins PM-JAY, 8 June 2026: pib.gov.in.
• TRAI, Press Release 125/2026, telecom subscription data as on 31 August 2026.
• Office of the Registrar General of India, Census of India 2011, Primary Census Abstract highlights (child sex ratio); Sample Registration System Statistical Report 2024.