Content
- Captagon Seizure by NCB: Operation RAGEPILL
- With Ordinance, Supreme Court Judge Strength Increased from 33 to 37
- Ebola Outbreak in Congo Declared a Global Emergency by WHO
- Return of Chola-Era Copper Plates and the Push for Cultural Repatriation
- The Challenge for India’s Renewables Surge: Energy Storage
- Southwest Monsoon Arrives in Andaman and Nicobar; Likely to Reach Kerala Early
- Prime Minister’s Visit to the Netherlands (May 2026)
Captagon Seizure by NCB: Operation RAGEPILL
Why in News?
- The Narcotics Control Bureau made India’s first-ever seizure of Captagon, confiscating 227.7 kg of the synthetic stimulant valued at approximately ₹182 crore, and arrested a Syrian national allegedly involved in an international trafficking network.
- The contraband was reportedly routed through India and intended for Saudi Arabia and other West Asian markets. The operation highlights India’s role in combating transnational narco-trafficking and preventing misuse of its territory as a transit hub.
Relevance
- GS Paper 2: Internal security institutions, international cooperation, and border management.
- GS Paper 3: Organized crime, narco-terrorism, customs enforcement, and forensic technology.
Practice Question
“Synthetic drug trafficking poses serious challenges to public health, internal security, and international cooperation. Discuss in the context of India’s anti-narcotics framework.” (15 Marks, 250 Words)
Static Background
What is Captagon?
- Captagon is the trade name historically associated with fenethylline, a synthetic stimulant that metabolizes into amphetamine-like compounds. Although legally manufactured in some countries in the past, it is now widely produced illicitly and trafficked across West Asia.
- The drug is associated with heightened alertness, reduced fatigue, and strong addictive potential. Its abuse has emerged as a major law-enforcement and public-health concern, particularly in parts of the Middle East.
Why is Captagon Significant?
- Captagon is often described as a high-value synthetic stimulant because it is easy to transport, highly profitable, and produced in large clandestine facilities. These features make it attractive to transnational organized crime networks.
- Illicit trade in such substances can generate substantial proceeds that may be linked to smuggling, money laundering, and broader security risks.
Constitutional and Legal Framework
Constitutional Provisions
- Article 47 directs the State to improve public health and prohibit intoxicating substances injurious to health, providing constitutional support for anti-drug policies.
- Article 21 protects the right to life, which includes health and personal security, both threatened by substance abuse and organized crime.
Key Laws
- The Narcotic Drugs and Psychotropic Substances Act, 1985 provides the principal legal framework for controlling the production, possession, trafficking, and financing of narcotic substances.
- The Prevention of Money Laundering Act, 2002 enables attachment and confiscation of proceeds generated through narcotics trafficking.
- The Customs Act, 1962 empowers authorities to intercept smuggled consignments at ports, airports, and land borders.
Institutional Framework
Narcotics Control Bureau
- The Narcotics Control Bureau (NCB) was established in 1986 under the Ministry of Home Affairs to coordinate national efforts against drug trafficking and enforce the NDPS Act.
- It works with customs, police, coast guard, and international agencies to gather intelligence, conduct controlled deliveries, and dismantle trafficking syndicates.
Other Agencies
- Directorate of Revenue Intelligence monitors high-value smuggling and customs fraud.
- Directorate of Enforcement investigates money laundering linked to narcotics.
- Indian Coast Guard and Central Board of Indirect Taxes and Customs strengthen maritime and port interdiction.
Details of the Case
Delhi Seizure
- Acting on intelligence from a foreign law-enforcement agency, the NCB searched a residence in Neb Sarai, Delhi, and seized approximately 31.5 kg of Captagon tablets concealed within machinery components.
Mundra Port Seizure
- Follow-up investigations led to the recovery of over 196 kg of Captagon powder concealed in a shipment declared as sheep wool and intended for onward export to Jeddah, Saudi Arabia.
International Cooperation
- The case demonstrates the importance of real-time intelligence sharing and coordinated enforcement in intercepting synthetic drugs moving across multiple jurisdictions.
Internal Security Significance
Narco-Trafficking and Organized Crime
- Synthetic drugs generate exceptionally high profits and are often linked to sophisticated criminal networks that exploit trade routes, shell entities, and false declarations.
Transit Route Vulnerability
- India’s extensive coastline, major ports, and large trade volumes make strong customs and container-risk management systems essential to prevent misuse as a transit point.
Potential Security Implications
- Proceeds from illicit narcotics can facilitate corruption, money laundering, and destabilizing criminal activities, posing risks beyond public health.
Public Health Significance
- Captagon and other amphetamine-type stimulants can cause dependence, cardiovascular stress, sleep disorders, anxiety, and long-term neurological harm.
- Increasing availability of synthetic drugs raises concerns regarding youth addiction, mental health burdens, and pressure on rehabilitation and counseling systems.
International Dimensions
West Asia Context
- Several West Asian countries have reported large-scale seizures of Captagon, prompting stronger enforcement and regional cooperation against synthetic drug trafficking.
UN Framework
- India is a party to the conventions administered by the United Nations Office on Drugs and Crime governing narcotic control and transnational crime cooperation.
Economic Impact
- Drug trafficking undermines legitimate trade by exploiting logistics systems and increasing compliance and surveillance costs.
- It imposes substantial social costs through healthcare expenditure, productivity losses, and expanded law-enforcement burdens.
Challenges in Combating Synthetic Drugs
- Synthetic drugs can be manufactured using easily transportable precursor chemicals and concealed within ordinary commercial consignments.
- Rapid changes in formulations complicate forensic detection and legal classification.
- Encrypted communication platforms and global financial channels facilitate coordination among trafficking networks.
- Limited rehabilitation capacity and social stigma continue to impede treatment and reintegration efforts.
Government Initiatives
- The Ministry of Home Affairs coordinates the Nasha Mukt Bharat Abhiyaan to strengthen prevention, awareness, and rehabilitation.
- The MANAS National Narcotics Helpline and integrated intelligence platforms support reporting and coordinated enforcement.
- Ports and airports are increasingly using risk-based screening and data analytics to detect suspicious consignments.
Way Forward
- Expand real-time intelligence sharing with West Asian, European, and multilateral partners to track emerging synthetic drug routes.
- Strengthen monitoring of precursor chemicals, forensic laboratories, and AI-based cargo risk analysis.
- Increase de-addiction and rehabilitation infrastructure, especially for vulnerable youth populations.
- Integrate anti-narcotics enforcement with anti-money laundering and cybercrime investigations.
- Build specialized capacities at ports, customs stations, and maritime agencies to detect concealed synthetic drugs.
Prelims Pointers
- Captagon is historically associated with fenethylline, an amphetamine-type stimulant.
- The Narcotics Control Bureau functions under the Ministry of Home Affairs.
- The NDPS Act, 1985 is India’s principal anti-narcotics legislation.
- Mundra Port is located in Gujarat.
- Article 47 directs the State to improve public health and prohibit harmful intoxicants.
With ordinance, SC judge strength up from 33 to 37
Why in News?
- President of India promulgated the Supreme Court (Number of Judges) Amendment Ordinance, 2026 under Article 123, increasing the number of Supreme Court judges from 33 to 37 (excluding the Chief Justice of India).
- With the ordinance, the total sanctioned strength of the Supreme Court of India rises from 34 to 38, including the Chief Justice of India. The move aims to address mounting pendency, which currently exceeds 93,000 cases.
Relevance
- GS Paper 2: Judiciary, Article 123, ordinance-making power, judicial reforms, and access to justice.
Practice Question
“Increasing the sanctioned strength of judges is necessary but not sufficient to address judicial pendency in India. Examine in the context of the Supreme Court (Number of Judges) Amendment Ordinance, 2026.” (15 Marks, 250 Words)
Static Background
Evolution of Supreme Court Strength
- The Supreme Court of India began in 1950 with a Chief Justice and 7 puisne judges. Parliament has periodically expanded the strength in response to rising litigation, constitutional complexity, and growing public reliance on judicial remedies.
- Before this ordinance, the sanctioned strength was 33 judges plus the Chief Justice under the Supreme Court (Number of Judges) Act, 1956, as amended from time to time.
What the Ordinance Does
- The ordinance amends Section 2 of the Supreme Court (Number of Judges) Act, 1956 by replacing the word “thirty-three” with “thirty-seven”, thereby authorizing four additional judges.
- The ordinance will be laid before Parliament and will cease to operate unless approved within six weeks of reassembly, as required under Article 123.
Constitutional and Legal Framework
Article 124
- Article 124(1) provides that the Supreme Court shall consist of the Chief Justice of India and such number of judges as Parliament may by law prescribe.
Article 123
- Article 123 empowers the President to promulgate ordinances when Parliament is not in session and immediate legislative action is considered necessary.
Doctrine on Ordinances
- In D.C. Wadhwa v. State of Bihar, the Supreme Court held that ordinance-making is an exceptional power and cannot substitute for regular legislation.
Need for Increasing Judicial Strength
Rising Pendency
- The Supreme Court currently has a backlog of over 93,000 cases, reflecting increased filings related to constitutional disputes, civil appeals, criminal matters, and special leave petitions.
Expansion of Jurisdiction
- The Court performs constitutional adjudication, appellate review, public interest litigation, and advisory functions, substantially increasing its workload.
Post-Pandemic Filing Surge
- Digital filing and virtual access introduced during the pandemic improved accessibility, leading to a sustained increase in case institution.
Vacancies and Workload
- Even brief vacancies in sanctioned positions increase pressure on existing judges and reduce time available for detailed hearings and reserved judgments.
Significance of the Ordinance
Improved Disposal Capacity
- Four additional judges can increase the number of benches, expand hearing capacity, and accelerate disposal of admission, miscellaneous, and final hearing matters.
Strengthening Access to Justice
- Faster adjudication reduces litigation costs, uncertainty, and hardship for citizens, businesses, and governments awaiting final judicial decisions.
Institutional Adaptation
- The amendment reflects the State’s recognition that judicial institutions require periodic capacity expansion to keep pace with socio-economic and legal complexity.
Governance and Economic Significance
Rule of Law
- Timely justice strengthens legal certainty, contract enforcement, and public confidence in constitutional governance.
Ease of Doing Business
- Speedier resolution of commercial and regulatory disputes improves investor confidence and lowers transaction costs.
Federal Governance
- Quicker adjudication of Centre–State disputes and constitutional questions enhances cooperative federalism.
Limitations of Judge Strength Expansion
Structural Nature of Pendency
- Pendency arises not only from insufficient judges but also from procedural delays, frequent adjournments, and excessive reliance on special leave petitions.
Infrastructure Constraints
- Additional judges require courtrooms, research support, technology, and administrative staff to function effectively.
Appointment Delays
- Sanctioned positions are useful only when appointments are made promptly through a coordinated and transparent process.
Docket Burden
- The Supreme Court handles thousands of routine appeals, reducing time available for core constitutional adjudication.
Related Reform Proposals
National Court of Appeal
- The Law Commission of India has suggested regional appellate benches or a National Court of Appeal to reduce the Supreme Court’s routine appellate burden.
Technology-Enabled Courts
- E-filing, AI-assisted cause-list management, and digital records can improve scheduling and reduce administrative inefficiencies.
Alternative Dispute Resolution
- Greater use of mediation, arbitration, and Lok Adalats can reduce pressure on formal courts.
Challenges and Criticisms
- Ordinances are constitutionally valid but are intended for urgent situations and should not replace legislative deliberation where time permits.
- Without complementary reforms, increasing judge strength may yield only incremental improvements in disposal rates.
- Persistent vacancies in High Courts continue to affect the broader justice delivery system, where most litigation originates.
Prelims Pointers
- Article 123: Ordinance-making power of the President.
- Article 124: Composition of the Supreme Court.
- Supreme Court strength after ordinance: 38 judges, including the Chief Justice of India.
- Ordinances must be approved within six weeks of Parliament’s reassembly.
- The Supreme Court (Number of Judges) Act was enacted in 1956.
Ebola outbreak in Congo is a global emergency, says WHO
Why in News?
- The World Health Organization declared the ongoing Ebola outbreak in Democratic Republic of the Congo and Uganda a Public Health Emergency of International Concern (PHEIC) after reporting 300+ suspected cases and approximately 80–88 suspected deaths, signalling the need for urgent and coordinated international action.
- The outbreak is caused by the Bundibugyo ebolavirus, a relatively rare strain for which there are currently no approved strain-specific vaccines or therapeutics. WHO clarified that the event does not meet the criteria for a pandemic and advised against indiscriminate border closures.
Relevance
- GS Paper 2: Global health governance, WHO, International Health Regulations, and public health emergencies.
- GS Paper 3: Biotechnology, zoonotic diseases, epidemic preparedness, and health security.
Practice Question
“Emerging infectious diseases underscore the need for robust global health governance and resilient national public health systems.” Discuss with reference to the recent Ebola outbreak in Africa. (15 Marks, 250 Words)
Static Background
What is Ebola Virus Disease (EVD)?
- Ebola Virus Disease (EVD) is a severe viral haemorrhagic fever caused by viruses of the genus Ebolavirus. It spreads through direct contact with infected blood, vomit, semen, and other bodily fluids, making infection control and contact tracing critically important.
- Symptoms include high fever, vomiting, diarrhoea, internal and external bleeding, and organ failure. Depending on the strain and access to treatment, case fatality rates can range from 25% to 90%, making Ebola one of the world’s most lethal infectious diseases.
Discovery and Origin
- Ebola was first identified in 1976 near the Ebola River. The Democratic Republic of the Congo has experienced repeated outbreaks and remains one of the most important global epicentres of Ebola surveillance.
- Fruit bats are considered the most likely natural reservoir. Human outbreaks often begin through zoonotic spillover from infected wildlife, highlighting the close linkage between ecosystem disruption and emerging infectious diseases.
Bundibugyo Ebolavirus
- Bundibugyo ebolavirus (BDBV) was first detected in Uganda in 2007. It is one of the recognized Ebola virus species capable of causing severe disease in humans.
- Unlike the Zaire strain, which has licensed vaccines such as Ervebo, the Bundibugyo strain currently has no approved vaccines or therapeutics, significantly complicating outbreak management and emergency response.
WHO and Public Health Emergency of International Concern (PHEIC)
What is PHEIC?
- A Public Health Emergency of International Concern (PHEIC) is the highest alert under the International Health Regulations (2005), declared when an extraordinary event poses a public health risk to multiple countries and requires a coordinated global response.
Why it Matters
- A PHEIC mobilizes international funding, technical expertise, emergency medical teams, laboratory support, and global coordination, enabling countries to contain outbreaks before they expand into broader regional or global crises.
PHEIC vs Pandemic
- A PHEIC is a legal and operational alert mechanism, whereas a pandemic refers to widespread global transmission. Thus, a disease outbreak can be designated a PHEIC without becoming a pandemic.
Current Outbreak Details
Geographic Spread
- The outbreak is centered in Ituri Province in eastern DRC, with confirmed cases also reported in Uganda and a laboratory-confirmed case in Kinshasa, located roughly 1,000 km from the epicentre.
Epidemiological Data
- WHO reported approximately 246 suspected cases, 8 laboratory-confirmed cases, and 80–88 suspected deaths, indicating a serious outbreak with potential for under-detection and further expansion.
Cross-Border Risk
- Porous borders, population movement, and weak health infrastructure increase the risk of further transmission to neighboring countries in Central and East Africa.
Why the Outbreak is Significant ?
Lack of Approved Medical Countermeasures
- The absence of licensed vaccines and targeted therapeutics for the Bundibugyo strain reduces the effectiveness of conventional containment strategies such as ring vaccination.
Urban Transmission Risk
- Detection in large cities raises concerns because dense populations, mobility, and overstretched health systems can accelerate transmission.
Conflict and Fragility
- Eastern DRC faces recurring conflict and displacement, conditions that complicate surveillance, treatment, and community engagement.
Global Health Governance Significance
Role of WHO
- The World Health Organization coordinates surveillance, risk assessment, technical guidance, and emergency response under the International Health Regulations.
Role of Other Institutions
- Africa Centres for Disease Control and Prevention, UNICEF, and Médecins Sans Frontières support laboratory work, treatment centers, and community outreach.
Public Health and Scientific Concepts
Zoonotic Spillover
- Ebola exemplifies how pathogens can jump from animals to humans, reinforcing the importance of the One Health approach integrating human, animal, and environmental surveillance.
Contact Tracing
- Identifying and monitoring exposed individuals is essential to interrupt transmission chains and prevent uncontrolled community spread.
Safe Burial Practices
- Traditional burial practices involving direct contact with bodies can significantly amplify transmission if appropriate precautions are not followed.
Implications for India
Public Health Preparedness
- India should maintain airport and port surveillance, isolation protocols, and laboratory readiness for travelers arriving from affected regions, while adhering to WHO guidance and avoiding unnecessary travel restrictions.
Research and Development
- Institutions such as Indian Council of Medical Research can contribute to diagnostics, genomic surveillance, and collaborative vaccine research.
Pharmaceutical Diplomacy
- India’s vaccine manufacturing and generic pharmaceutical capabilities position it as a valuable partner in supporting global outbreak response.
Way Forward
- Accelerate research into vaccines and therapeutics targeting non-Zaire Ebola strains, including Bundibugyo.
- Strengthen genomic surveillance, diagnostic laboratories, and rapid response teams in vulnerable regions.
- Expand community–based risk communication and culturally sensitive public health engagement.
- Institutionalize the One Health approach to monitor zoonotic threats at the human-animal-environment interface.
- Enhance sustainable financing for WHO and regional health institutions to improve outbreak preparedness.
Prelims Pointers
- Ebola was first identified in 1976 in present-day DRC.
- Bundibugyo is a distinct strain of Ebolavirus.
- PHEIC is declared under the International Health Regulations (2005).
- Ebola spreads through direct contact with infected bodily fluids.
- Fruit bats are considered the most likely natural reservoir.
Return of Chola-era copper plates should spark efforts for further repatriations, say Indian archaeologists
Why in News?
- During Prime Minister Narendra Modi’s visit to the Netherlands Recently, the Dutch government formally returned the Anaimangalam Copper Plates, popularly known as the Leiden Copper Plates, to India after nearly two centuries in the custody of Leiden University.
- The returned charter consists of 21 large copper plates and 3 smaller plates, containing inscriptions in Tamil and Sanskrit issued by Chola rulers. Historians regard the repatriation as a landmark event in restoring India’s civilizational heritage and strengthening cultural diplomacy.
Relevance
- GS Paper 1: Chola administration, inscriptions, temple culture, and India’s maritime links with Southeast Asia.
- GS Paper 2: Cultural diplomacy, bilateral relations, and repatriation of antiquities.
Practice Question
“The repatriation of the Anaimangalam Copper Plates underscores the role of cultural diplomacy in reclaiming civilizational heritage and strengthening India’s soft power.” Discuss. (15 Marks, 250 Words)
Static Background
What are Copper Plate Charters?
- Copper plate inscriptions were official royal documents used to record grants of land, tax exemptions, and institutional endowments. They provide authoritative evidence regarding administration, economy, religion, and political authority in ancient and medieval India.
- Such charters were typically strung together by metal rings bearing royal seals and insignia, ensuring authenticity and conveying the sovereign legitimacy of the issuing ruler.
What are the Leiden Copper Plates?
- The Leiden Copper Plates are inscriptions from Anaimangalam near Nagapattinam, Tamil Nadu, documenting grants made to a Buddhist monastery. They are among the most important epigraphic sources for understanding Chola governance and overseas connections.
- The plates are preserved in both Sanskrit and Tamil, reflecting the coexistence of pan-Indian political idioms and regional administrative language.
Historical Significance
Raja Raja Chola I and Rajendra Chola I
- Raja Raja Chola I initiated grants of land and paddy to a Buddhist vihara at Nagapattinam, demonstrating the expansive and inclusive patronage of the Chola state.
- Rajendra Chola I formally recorded and implemented these commitments, preserving them in the larger set of copper plates.
Kulottunga Chola I
- Kulottunga Chola I issued supplementary grants, including 4,500 kalam of paddy, reaffirming the continuity of royal support for the institution.
Chulamanivarma Vihara
Buddhist Monastery at Nagapattinam
- The inscriptions record donations to the Chulamanivarma Vihara, a Buddhist monastery built by a ruler from Java in memory of his father, illustrating vibrant transregional religious and commercial exchanges.
Indic–Southeast Asian Links
- The charter highlights strong maritime ties between South India and Southeast Asia, particularly with the Srivijaya–Java region, demonstrating India’s early role in transoceanic cultural and economic networks.
Religious and Cultural Significance
Religious Tolerance
- The plates document how a Shaivite Chola monarch patronized a Buddhist institution, offering a concrete example of pluralism and ecumenical statecraft in medieval India.
Destruction of the Vihara
- The monastery’s tower was reportedly demolished in 1867 during the colonial period, making the survival and return of the inscriptions especially significant for historical reconstruction.
Epigraphic Features
Composition
- The collection comprises 21 large plates and 3 smaller plates, containing detailed grants, royal genealogies, and administrative instructions.
Languages Used
- Sanskrit sections provide dynastic and ceremonial context, while Tamil portions record practical details relating to land, revenue, and endowments.
Chola Insignia
- The seal bears the tiger of the Cholas, the fish of the Pandyas, and the bow of the Cheras, symbolizing imperial authority over conquered territories.
Administrative Significance
Revenue and Land Grants
- The inscriptions record allocations of 8,943 kalam of paddy and associated land rights, offering insight into agrarian taxation, measurement systems, and institutional financing.
Governance Structure
- Detailed references to village grants and obligations reveal the sophistication of Chola administrative mechanisms and documentation practices.
Cultural Diplomacy and Soft Power
Repatriation as Diplomacy
- The return of the plates demonstrates how heritage restitution can deepen trust and goodwill in bilateral relations while acknowledging the cultural rights of source nations.
India’s Soft Power
- Recovering historically significant artifacts reinforces India’s image as a civilization-state committed to preserving and showcasing its heritage.
Institutional Framework in India
Archaeological Survey of India
- The Archaeological Survey of India is the principal agency responsible for heritage conservation, documentation, and coordination in repatriation efforts.
Legal Framework
- The Antiquities and Art Treasures Act, 1972 regulates export and ownership of antiquities and supports efforts to recover illicitly removed artifacts.
Constitutional and International Linkages
Constitutional Duties
- Article 49 directs the State to protect monuments and objects of national importance.
- Article 51A(f) makes it a fundamental duty of citizens to value and preserve India’s rich heritage.
International Framework
- The UNESCO 1970 Convention promotes prevention of illicit trafficking and facilitates return of cultural property.
Broader Significance for India
Historical Research
- The plates enrich understanding of Chola administration, maritime trade, Buddhism in South India, and interregional diplomacy.
National Identity
- Repatriated artifacts strengthen public engagement with India’s civilizational continuity and plural cultural traditions.
Museum Development
- Their display in India can enhance scholarship, tourism, and educational outreach.
Challenges in Repatriation
- Many artifacts remain in overseas collections with complex legal and provenance histories.
- Incomplete documentation and historical ambiguities can delay restitution.
- Conservation, security, and museum infrastructure require sustained investment.
Prelims Pointers
- The Leiden Copper Plates originated from Anaimangalam, Tamil Nadu.
- They document grants to the Chulamanivarma Vihara at Nagapattinam.
- The plates contain inscriptions in Tamil and Sanskrit.
- Article 49 concerns protection of monuments and objects of national importance.
- The UNESCO 1970 Convention addresses illicit trafficking of cultural property.
The challenge for India’s renewables surge: Storage
Why in News?
- As India’s renewable energy capacity crossed 283 GW, accounting for approximately 53% of the total installed power capacity of 532 GW, concerns have intensified regarding inadequate energy storage infrastructure needed to balance intermittent solar and wind generation.
- The Central Electricity Authority projects that India will require 174 GW / 888 GWh of energy storage by 2035–36, including 80 GW of Battery Energy Storage Systems (BESS) and 94 GW of Pumped Hydro Storage (PHS).
Relevance
- GS Paper 3: Renewable energy, energy security, battery technology, and climate change mitigation.
- GS Paper 2: Energy governance, critical minerals, and industrial policy.
Practice Question
“Energy storage is the critical enabler of India’s renewable energy transition.” Discuss the opportunities and challenges in scaling up energy storage systems in India. (15 Marks, 250 Words)
Static Background
What is Energy Storage?
- Energy storage systems (ESS) capture surplus electricity generated during periods of high solar or wind output and release it when generation declines or demand rises, thereby maintaining a stable and reliable electricity supply.
- Storage addresses the fundamental problem of intermittency, where renewable generation and electricity demand do not coincide in time.
Why Storage Matters ?
- Solar generation falls to zero after sunset, while wind output fluctuates with weather conditions. However, electricity demand often peaks during evening hours, creating a significant mismatch between supply and demand.
Major Types of Energy Storage
Pumped Hydro Storage (PHS)
- PHS uses excess electricity to pump water from a lower reservoir to an upper reservoir. During peak demand, water is released downhill through turbines to generate electricity.
- It is a mature, long-duration technology with relatively low operating costs and large-scale storage capability.
Battery Energy Storage Systems (BESS)
- BESS stores electricity electrochemically, most commonly using Lithium Iron Phosphate (LFP) batteries, known for high efficiency, declining costs, and improved safety.
- Battery systems respond rapidly and are ideal for grid balancing and short- to medium-duration storage.
Other Emerging Technologies
- Additional technologies include compressed-air storage, thermal storage using molten salts, flywheels, and gravity-based systems, though these remain less widely deployed.
India’s Current Storage Capacity
- India currently has only about 7.2 GW of Pumped Hydro Storage and approximately 0.27 GW of Battery Storage, which is far below projected requirements.
- This gap highlights that storage deployment has not kept pace with the rapid expansion of renewable energy generation.
Future Storage Requirement
- According to the Central Electricity Authority, India’s total non-fossil fuel capacity is expected to increase from 283 GW to 786 GW by 2035–36.
- To support this scale, the country will need 174 GW / 888 GWh of storage, with systems capable of providing 4–6 hours of discharge duration.
Project Pipeline in India
Pumped Hydro Projects
- Around 13.1 GW of PHS capacity is currently under construction, while an additional 9.6 GW has received approval and nearly 75 GW is under survey and investigation.
Battery Storage Projects
- Approximately 10.66 GW / 28.7 GWh of BESS is under construction, and over 22.3 GW / 69.8 GWh is in the tendering stage.
Economic and Strategic Significance
Grid Stability
- Storage smooths supply fluctuations, reduces curtailment of renewable power, and ensures continuous electricity availability during peak demand periods.
Energy Security
- Domestic storage capacity reduces dependence on imported fossil fuels and enhances resilience against global energy disruptions.
Economic Efficiency
- By shifting low-cost renewable electricity to peak hours, storage lowers system costs and reduces reliance on expensive peaking power plants.
Link with India’s Climate Goals
- India has committed to achieving 500 GW of non-fossil fuel capacity by 2030 and net-zero emissions by 2070.
- Large-scale energy storage is essential to integrate renewable power and meet these long-term decarbonization targets.
Challenges
Import Dependence
- India imports nearly 75–80% of lithium-ion cells, which account for about 80% of total battery system costs, creating strategic vulnerability.
Critical Minerals Constraint
- Lithium, cobalt, nickel, and graphite are geographically concentrated, exposing India to supply-chain risks and price volatility.
High Capital Costs
- Upfront costs for battery and pumped storage projects remain substantial, increasing financing requirements.
Environmental and Social Concerns
- Pumped hydro projects may involve land acquisition, forest diversion, and ecological impacts in sensitive areas.
Regulatory Uncertainty
- Evolving market rules for storage remuneration and ancillary services can delay investment decisions.
Global Perspective
Pumped Hydro
- Global installed pumped hydro capacity is approximately 160 GW, with China leading at around 66 GW.
Battery Storage
- Global battery storage capacity is estimated at roughly 270 GW, with 108 GW added in 2025 alone, reflecting rapid worldwide deployment.
Implications for India
Manufacturing Opportunity
- Storage expansion can stimulate domestic industries in batteries, electronics, inverters, and power systems.
Strategic Autonomy
- Building indigenous capability in cells and critical minerals processing will reduce dependence on concentrated global suppliers.
Employment Generation
- Large-scale deployment can create jobs across manufacturing, engineering, mining, and grid infrastructure.
Prelims Pointers
- Pumped Hydro Storage uses gravitational potential energy of water.
- Lithium Iron Phosphate (LFP) is a widely used battery chemistry for stationary storage.
- India’s current BESS capacity is approximately 0.27 GW.
- Central Electricity Authority projects 174 GW / 888 GWh of storage by 2035–36.
- Storage systems are crucial for integrating intermittent renewable energy.
Southwest monsoon has arrived in Andaman and Nicobar; to hit Kerala on May 26: IMD
Why in News?
- The India Meteorological Department announced that the Southwest Monsoon (SWM) advanced over the Andaman Sea and Andaman & Nicobar Islands on 16 May 2026 and is likely to reach Kerala by 26 May 2026, nearly six days earlier than the normal onset date of 1 June.
- Despite the early onset, IMD has forecast below-normal seasonal rainfall at 92% of the Long Period Average (LPA), with a growing probability of El Niño conditions, which may suppress monsoon rainfall over India.
Relevance
- GS Paper 1: Indian monsoon system, climatology, and ocean–atmosphere interactions.
- GS Paper 3: Agriculture, disaster management, water resources, and climate change.
Practice Question
“An early onset of the southwest monsoon does not necessarily guarantee above-normal rainfall. Discuss in the context of El Niño and its implications for India’s agriculture and economy.” (15 Marks, 250 Words)
Static Background
What is the Southwest Monsoon?
- The Southwest Monsoon is India’s principal rainy season extending from June to September and contributes nearly 70% of annual rainfall. It is driven by seasonal reversal of winds caused by differential heating between land and ocean.
- The monsoon typically reaches Kerala around 1 June and advances northward to cover most of India by mid-July, replenishing reservoirs, groundwater, and supporting agricultural sowing.
Branches of the Monsoon
- The monsoon divides into the Arabian Sea Branch and the Bay of Bengal Branch. Together they deliver rainfall to the Western Ghats, Indo-Gangetic Plains, northeastern states, and peninsular India.
Monsoon Onset in 2026
Early Arrival
- The 2026 onset over Kerala is expected around 26 May (±4 days), making it an early arrival compared with the climatological date of 1 June.
Onset Does Not Determine Seasonal Rainfall
- The timing of onset reflects atmospheric conditions over the southern coast, but it does not reliably predict the spatial distribution or total rainfall during the full four-month season.
What is El Niño?
Definition
- El Niño is the warm phase of the El Niño–Southern Oscillation (ENSO), characterized by unusually warm sea surface temperatures in the central and eastern equatorial Pacific Ocean.
Impact on India
- El Niño generally weakens the Walker Circulation and reduces moisture-bearing monsoon winds, increasing the probability of deficient rainfall and drought-like conditions.
El Niño Outlook for 2026
- The National Oceanic and Atmospheric Administration estimated an 82% probability of El Niño development during May–July 2026 and a 96% probability of persistence through December 2026–February 2027.
- Meteorological agencies indicate the possibility of a strong El Niño, which could intensify adverse impacts on rainfall, agriculture, and water availability.
IMD Monsoon Forecast 2026
- IMD has projected seasonal rainfall at 92% of LPA, which falls in the below-normal category under official classification.
- The forecast also suggests roughly a 35% probability of deficient rainfall, raising concerns regarding drought-prone and rain-fed regions.
Importance of the Monsoon for India
Agriculture
- Nearly 50–55% of India’s net sown area remains rain-fed, and a substantial share of farmers depend on timely monsoon rainfall for sowing crops such as rice, soybean, pulses, and cotton.
Water Security
- Monsoon rainfall replenishes reservoirs, rivers, and aquifers that support drinking water, irrigation, and industrial use.
Energy and Economy
- Hydropower generation, rural demand, inflation, and overall economic growth are closely linked to monsoon performance.
Potential Impacts of Weak Monsoon
Agricultural Stress
- Reduced rainfall can delay sowing, lower crop yields, and increase dependence on irrigation, especially in semi-arid and drought-prone regions.
Food Inflation
- Lower production of cereals, pulses, and vegetables may raise food prices and affect household consumption.
Water Scarcity
- Reservoir deficits and declining groundwater recharge can intensify rural and urban water stress.
Rural Distress
- Crop losses may increase indebtedness and reduce incomes in rain-dependent farming areas.
Geographic Vulnerability
- The Indo-Gangetic Plain, parts of central India, and peninsular drought-prone regions are particularly vulnerable to rainfall deficits and long-term drying trends.
- Coastal and northeastern regions may still experience localized heavy rainfall even in below-normal monsoon years.
Climate Change Dimension
- Global warming is increasing the frequency of extreme rainfall events, longer dry spells, and greater variability in monsoon behavior.
- Climate change can amplify the economic consequences of El Niño by increasing uncertainty in agriculture and water management.
Government Preparedness Measures
- India Meteorological Department provides extended-range forecasts and region-specific advisories to farmers.
- Indian Council of Agricultural Research develops contingency crop plans for delayed or deficient rainfall.
- Schemes such as Pradhan Mantri Fasal Bima Yojana and Pradhan Mantri Krishi Sinchai Yojana help reduce weather-related risks.
Prelims Pointers
- Normal onset date of the southwest monsoon over Kerala is 1 June.
- IMD forecast for 2026 seasonal rainfall: 92% of LPA.
- El Niño is associated with warming of the equatorial Pacific Ocean.
- The Southwest Monsoon contributes about 70% of India’s annual rainfall.
- ENSO stands for El Niño–Southern Oscillation.
Prime Minister’s Visit to the Netherlands (May 2026)
Why in News?
- Recently, Narendra Modi visited Netherlands leading to the adoption of the India–Netherlands Strategic Partnership Roadmap (2026–2030) and the signing of seventeen agreements covering semiconductors, critical minerals, green hydrogen, water management, health, customs, education, and agriculture.
- The visit elevated bilateral ties from sector-specific cooperation to a comprehensive strategic framework centered on technology, energy transition, resilient supply chains, and knowledge partnerships, while also strengthening cultural diplomacy through the restitution of Chola-era copper plates.
Relevance
- GS Paper 2: India–Europe relations, migration and mobility, higher education, health diplomacy, and strategic partnerships.
- GS Paper 3: Semiconductors, critical minerals, green hydrogen, water management, dairy, customs cooperation, and supply chain resilience.
Practice Question
“The India–Netherlands Strategic Partnership Roadmap (2026–2030) demonstrates how bilateral relations are increasingly driven by technology, sustainability, and resilient supply chains. Discuss. (15 Marks, 250 Words)”
Static Background
The Netherlands: Strategic Importance for India
- The Netherlands is a leading global hub for semiconductor technology, port logistics, water engineering, horticulture, dairy, and renewable energy, making it a highly relevant partner for India’s economic modernization and green transition.
- Home to ASML, the world’s most advanced lithography company, the Netherlands occupies a critical position in global semiconductor supply chains and is strategically important for India’s semiconductor ambitions.
- The country hosts the Port of Rotterdam, Europe’s largest port, which serves as a major gateway for India–Europe trade and logistics connectivity.
Existing Bilateral Relationship
- The Netherlands is among the largest European investors in India and an important partner in sectors such as water management, agriculture, clean energy, and logistics.
- Both countries share converging interests in rules-based international order, sustainable development, climate action, and diversified technology supply chains.
Overarching Strategic Framework
India–Netherlands Strategic Partnership Roadmap (2026–2030)
- The roadmap provides a structured framework for cooperation over five years, identifying priority sectors and institutional mechanisms for implementation, monitoring, and review.
- It reflects India’s strategy of cultivating focused partnerships with technologically advanced middle powers to support domestic industrialization and strategic autonomy.
- Key pillars include:
- Advanced technology
- Energy transition
- Water and climate resilience
- Agriculture and food systems
- Education and research
- Cultural cooperation
- Mobility and people-to-people ties
Technology and Strategic Industries
Semiconductors
- Tata Electronics and ASML signed an agreement to support the semiconductor fabrication plant at Dholera.
- ASML’s lithography systems are indispensable for producing advanced semiconductor chips. Cooperation enhances India’s ability to build a domestic semiconductor manufacturing ecosystem under the India Semiconductor Mission.
- This partnership contributes to:
- Technological self-reliance
- Reduced import dependence
- Supply chain resilience
- High-skill employment generation
Critical Minerals
- The Ministries of Mines and Foreign Affairs signed an MoU on cooperation in critical minerals such as lithium, cobalt, nickel, and rare earths.
- These minerals are essential for batteries, electric vehicles, electronics, and renewable energy systems, making them strategically important for India’s energy transition and manufacturing goals.
Energy Transition and Climate Cooperation
Green Hydrogen Roadmap
- Both countries adopted a dedicated roadmap on green hydrogen cooperation, focusing on production technologies, storage, transport, and industrial applications.
- This supports India’s National Green Hydrogen Mission and strengthens efforts to decarbonize fertilizer, refining, steel, and heavy transport sectors.
Renewable Energy Joint Working Group
- A Joint Working Group under the renewable energy MoU will coordinate projects, policy exchange, and technology transfer in solar, wind, and hydrogen sectors.
NITI Aayog–Netherlands Statement of Intent
- NITI Aayog and Dutch counterparts agreed to collaborate on energy transition projects, policy modeling, and institutional learning.
Water Management and Climate Resilience
Kalpasar Project Cooperation
- The Dutch Ministry of Infrastructure and Water Management will provide technical cooperation for the Kalpasar Project, an ambitious proposal to create a freshwater reservoir across the Gulf of Khambhat.
- Dutch expertise in flood control, coastal engineering, and integrated water systems is globally recognized and highly relevant to India’s climate adaptation needs.
Strategic Importance
- Cooperation strengthens India’s capacities in:
- Flood management
- Coastal resilience
- Water storage
- Urban drainage
- Delta management
Agriculture, Horticulture, and Dairy
Indo-Dutch Center of Excellence for Flowers
- A new Center of Excellence in West Tripura will promote advanced floriculture, protected cultivation, and post-harvest management.
Dairy Training Centre
- An Indo-Dutch Center of Excellence in Bengaluru will provide training in animal husbandry and dairy technologies.
Joint Declaration on Animal Husbandry and Dairying
- The agreement will facilitate collaboration in breeding, animal health, feed management, and productivity enhancement, supporting India’s dairy sector modernization.
Migration and Mobility
Mobility and Migration Partnership
- The bilateral MoU establishes a structured framework for legal mobility, student exchanges, skilled migration, and cooperation against irregular migration.
- It improves pathways for Indian students, researchers, and professionals while ensuring protection of rights and streamlined administrative procedures.
Health Cooperation
ICMR–RIVM Letter of Intent
- Indian Council of Medical Research and the Dutch public health institute RIVM will collaborate in epidemiology, public health surveillance, and health research.
- The partnership can support preparedness for future pandemics and evidence-based health policymaking.
Customs and Trade Facilitation
Mutual Administrative Assistance in Customs Matters
- The customs agreement enables exchange of information to detect fraud, under-invoicing, and smuggling while facilitating legitimate trade.
- It strengthens revenue protection and improves trust in bilateral commercial transactions.
Education and Research Cooperation
Higher Education MoU
- The bilateral education agreement promotes student mobility, faculty exchanges, joint research, and academic recognition.
University Collaborations
- Nalanda University and University of Groningen signed an academic cooperation agreement.
- Leiden University Libraries and the Archaeological Survey of India will collaborate on manuscripts, archives, and heritage documentation.
Cultural Diplomacy
Restitution of Chola Copper Plates
- The Netherlands returned historically significant Chola copper plates, reinforcing international cooperation against illicit trafficking of antiquities.
- The restitution strengthens India’s broader campaign to recover stolen heritage and restore civilizational assets.
Economic and Strategic Significance
- The partnership diversifies India’s engagement with Europe beyond traditional trade into advanced technology and innovation-led cooperation.
- It supports national initiatives such as:
- Make in India
- Digital India
- India Semiconductor Mission
- National Green Hydrogen Mission
- Atmanirbhar Bharat
- It also reduces vulnerabilities arising from concentrated global supply chains and geopolitical disruptions.
Way Forward
- Establish robust monitoring mechanisms under the 2026–2030 roadmap with measurable targets and annual reviews.
- Fast-track approvals and infrastructure for semiconductor and green hydrogen projects.
- Expand research collaborations and scholarships to deepen long-term knowledge partnerships.
- Integrate Dutch best practices in water governance, dairy productivity, and sustainable agriculture into Indian state-level programmes.
- Promote reciprocal investments and technology partnerships that combine Dutch innovation with India’s scale and market depth.
Prelims Pointers
- Kalpasar Project is proposed in Gujarat to create a large freshwater reservoir across the Gulf of Khambhat.
- The Netherlands is globally known for expertise in water engineering, horticulture, and dairy.
- RIVM is the Dutch National Institute for Public Health and the Environment.
- Chola copper plates are important epigraphic records of medieval South India.
