APSC Current Affairs: Assam Tribune Notes with MCQs and Answer Writing (14/07/2025)
For APSC CCE and other Assam Competitive examinations aspirants, staying updated with current affairs is vital. This blog covers most important topics from the Assam Tribune today (14-07-2025). These issues are key for both APSC Prelims and Mains preparation, offering insights into the APSC CCE Syllabus.
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⚡ Power Infrastructure Upgrade in Assam: Bridging the Energy Deficit
📘 GS Paper 3 (Mains): Infrastructure – Energy | Economic Development | Inclusive Growth
📘 GS Paper 2 (Mains): Governance | Centre-State Relations | E-Governance
📘 GS Paper 5 (APSC): Assam-Specific Development Schemes | Resource Management
📘 Prelims: RDSS | AIIB | AT&C Losses | Power Grid | HT/LT Ratio | Assam Power Projects
🔹 Introduction
Assam is undergoing a major infrastructure transformation in the power sector, with the commissioning of 100 new distribution substations and more underway under various centrally assisted schemes. Despite significant progress, the state still faces technical and commercial losses, outdated infrastructure, and an urgent need for ₹30,000 crore in investments for a full overhaul.
🔑 Key Highlights from the News
| Feature | Details |
| Commissioned Substations | 100 new substations inaugurated on July 12, 2025 |
| AIIB-Assisted Project | ₹3,000 crore System Enhancement & Loss Reduction Project |
| Central Scheme | Revamped Distribution Sector Scheme (RDSS) under Power Ministry |
| New Installations | 20,000+ transformers, 12,000 km HT lines, 15,000 km LT insulated lines |
| Power Demand Growth | 2,000 million units increased consumption over 3 years |
| Power Availability | Per capita power availability rose by 5.72% (close to national avg of 6.55%) |
| Systemic Issues | Assam’s HT:LT line ratio at 1:3 (vs ideal 1:1.2), high AT&C losses at 15.4% |
🧠 Prelims Pointers
RDSS: A centrally sponsored scheme to reduce AT&C losses and improve distribution infrastructure
AIIB: Multilateral bank headquartered in Beijing; India is a founding member and major borrower
AT&C Losses: Aggregate Technical and Commercial losses in electricity due to leakage, theft, poor billing
HT and LT Lines: High Tension (33/11kV) vs Low Tension (220/440V) lines – efficiency depends on HT:LT ratio
Saubhagya Scheme: Scheme to ensure last-mile household electrification
Deendayal Upadhyaya Gram Jyoti Yojana (DDUGJY): Rural electrification program
📝 Mains Pointers
A. Significance of the Infrastructure Push
| Dimension | Contribution |
| Quality Power Supply | Reduced voltage fluctuation and outages improve household and industrial productivity |
| Rural Connectivity | Electrification boosts education, healthcare, and agro-processing in rural areas |
| Industrialization | Reliable electricity critical for MSMEs, cold storage, and startups in NE |
| Climate Action | Insulated cables reduce fire risk and transmission losses |
B. Key Challenges
| Challenge | Impact |
| Outdated LT Network | 3 lakh km of LT lines mostly bare, prone to leakage and safety issues |
| High AT&C Losses | At 15.4%, it affects discom viability and increases tariff pressure |
| Funding Gap | Only ₹5,500 crore mobilized so far out of ₹30,000 crore required |
| Topographical Constraints | Hills, rivers, and forests make line expansion difficult |
| Skill Deficit | Lack of trained manpower for high-voltage operations and maintenance |
C. Government & Multilateral Interventions
| Initiative | Description |
| RDSS | Financial and technical assistance for loss reduction, digital metering, feeder segregation |
| AIIB Project | Assam is a key beneficiary under energy infrastructure enhancement loan |
| Smart Metering | Being piloted in urban areas to improve billing efficiency |
| Solar Integration Plans | Hybrid solar-grid mini-grids in remote areas |
| State Load Despatch Centre Modernization | For real-time monitoring and grid stability |
📊 Supporting Data & Reports
AIIB Loan Size: ₹3,000 crore project scheduled for completion by March 2026
AT&C Loss Target (National): To be reduced below 12% by 2025
HT to LT Ideal Ratio: 1:1.2 (Assam’s current is 1:3 – highly inefficient)
Per Capita Power Consumption in Assam: Growing annually, but still lower than national average
15th Finance Commission: Recommended incentivizing states for reducing power losses
🧭 Way Forward
| Focus Area | Recommendation |
| Universal HT Line Conversion | Reduce dependency on loss-prone LT lines |
| AT&C Loss Reduction Plan | Regular energy audit, smart meters, GIS mapping |
| Renewable-Smart Hybridization | Invest in solar rooftops with smart-grid synchronization |
| Public–Private Partnerships | Discoms can partner with energy service companies (ESCOs) |
| Consumer Awareness | Promote safe usage, load balancing, and bill payments via campaigns |
🧩 Conclusion
The ongoing power infrastructure upgrade in Assam marks a critical step toward ensuring 24×7 quality electricity, improving economic competitiveness, and fulfilling the vision of “Power for All”. A systemic overhaul backed by finance, technology, and governance reforms can transform Assam’s power grid into a resilient and green backbone for inclusive growth.
🧬 IIT-Guwahati Develops Rapid Diagnostic Tool for Japanese Encephalitis: Strengthening Public Health Surveillance
📘 GS Paper 2 (Mains): Health | Government Policies | Science & Tech in Governance
📘 GS Paper 3 (Mains): Biotechnology | Disease Surveillance | Innovation
📘 GS Paper 5 (APSC): Assam-Specific Health Issues | NE Public Health | Localized R&D
📘 Prelims: Japanese Encephalitis | Point-of-Care Diagnostics | IIT-G Innovation | Vector-Borne Diseases | ELISA
🔹 Introduction
In a breakthrough for public health in the Northeast, IIT-Guwahati researchers have developed a portable diagnostic tool for early and accurate detection of Japanese Encephalitis (JE). The device, which functions without the need for a laboratory, can detect JE-specific antibodies using a paper-based platform and provide results within 60 minutes—a major leap in rapid surveillance and rural healthcare delivery.
🔑 Key Highlights from the Report
| Feature | Details |
| Institution | Indian Institute of Technology, Guwahati (IIT-G) |
| Technology | Paper-based microfluidic platform for antibody detection |
| Target Disease | Japanese Encephalitis (JE) – mosquito-borne viral disease |
| Time to Detect | ~60 minutes using a single drop of blood |
| Application | Point-of-care diagnostics in remote/rural health centres |
| Funding | Supported by DBT and ICMR for translational research |
🧠 Prelims Pointers
Japanese Encephalitis Virus (JEV): Transmitted by Culex mosquitoes, affects brain and nervous system
Endemic States: Assam, UP, Bihar, Odisha, West Bengal
Symptoms: Fever, disorientation, seizures, coma; ~30% fatality if untreated
JE Vaccination in India: Part of Universal Immunisation Programme (UIP) in endemic districts
ELISA: Enzyme-linked immunosorbent assay – traditional lab-based test for JE
Vector Habitat: Paddy fields and stagnant water areas are breeding grounds for Culex species
📝 Mains Pointers
A. Public Health Significance of the Innovation
| Area | Benefit |
| Early Detection | Enables diagnosis within the “golden hour”, saving lives |
| Rural Access | Useful in remote PHCs without labs or refrigeration |
| Cost-Effectiveness | Inexpensive paper-based kits can be mass-produced |
| Pandemic Preparedness | Platform adaptable for other vector-borne diseases (Dengue, Malaria) |
| Data Integration | Readings can be linked to national IDSP portals for real-time surveillance |
B. Japanese Encephalitis in Assam – Current Context
| Metric | Description |
| JE Cases in Assam (2024) | Over 350 reported, ~62 fatalities |
| High-Risk Districts | Dibrugarh, Sivasagar, Barpeta, Lakhimpur, Nalbari |
| Vaccination Drive | Active under UIP and special campaigns for children (1–15 years) |
| Challenges | Late detection, poor cold chain, reluctance toward vaccination |
C. Broader Implications for NE Region
| Domain | Impact |
| Local R&D | IIT-G’s innovation strengthens Make in NE vision |
| Health Equity | Reduces urban–rural diagnostic divide |
| Community Health Workers | ASHAs and ANMs can use such tools with minimal training |
| Tech-Policy Synergy | Aligns with Ayushman Bharat Digital Mission for real-time reporting |
| Climate Change Relevance | Warmer, wetter conditions are expanding mosquito habitat in NE |
📊 Relevant Reports & Policies
National Vector Borne Disease Control Programme (NVBDCP)
National Health Policy 2017 – calls for affordable diagnostics
ICMR Guidelines on JE Diagnosis
Assam State Health Vision 2030
Global Burden of Disease Study – JE among top causes of viral encephalitis in Asia
🧭 Way Forward
| Area | Recommendation |
| Field Trials | Validate device at PHCs in Dibrugarh, Jorhat, and flood-prone districts |
| Scalability | Transfer technology to biotech start-ups in Assam for local manufacturing |
| Integration with ASHA Kits | Provide JE diagnostic cards as part of vector-borne disease kits |
| Public Health Surveillance | Link device data to real-time dashboards under IDSP |
| Inter-state Collaboration | Replicate success in other endemic states like Bihar, UP |
🧩 Conclusion
The paper-based JE diagnostic tool by IIT-Guwahati is a landmark in grassroots innovation, blending biotechnology with public health delivery. In Assam’s JE-endemic zones, this can drastically reduce diagnostic delay, save lives, and position the state as a model of health-tech localisation in India.
🛑 National Security Guard (NSG) Hub in Assam: Strengthening Counter-Terror Preparedness in the Northeast
📘 GS Paper 3 (Mains): Internal Security | Role of Security Forces | Federal Response Mechanisms
📘 GS Paper 2 (Mains): Governance | Centre-State Cooperation | Disaster Response
📘 GS Paper 5 (APSC): Security Infrastructure in Assam | Insurgency & Terror Response
📘 Prelims: NSG | Black Cats | NIA | Assam Counter-Terror Hubs | NE Security Challenges
🔹 Introduction
The Government of India, in coordination with the National Security Guard (NSG), has announced the establishment of a permanent NSG Hub in Assam, signaling a shift in counter-terror infrastructure toward the Northeast. This development aims to enhance rapid response capability, anti-terror surveillance, and urban combat readiness in a region increasingly significant for both internal security and geopolitical strategy.
🔑 Key Updates from the Report
| Feature | Details |
| Location | Likely site near Guwahati or adjoining district with airlift capability |
| NSG Objective | Rapid response to terror attacks, hostage situations, hijacks |
| Rationale | Increasing urbanisation, strategic installations, trans-border vulnerabilities |
| Existing Presence | NE has NIA, SSB, Assam Rifles, but no NSG forward deployment |
| Assam’s Role | Acts as gateway to seven NE states; proximity to Bangladesh, Bhutan, China |
| Related Infrastructure | Airport security, Brahmaputra riverine patrols, counter-drone measures |
🧠 Prelims Pointers
NSG: Elite federal contingency force under Ministry of Home Affairs (MHA), created in 1984
Popular Name: “Black Cats” – specialised in counter-terrorism, anti-hijacking, VVIP protection
Composed of: Army personnel (Special Action Group) + paramilitary/State Police (Special Ranger Group)
Existing Hubs: Chennai, Mumbai, Hyderabad, Kolkata, Gandhinagar
NSG Deployment Criteria: High-value targets, urban threat level, strategic asset density
NE Security Forces: NIA, IB, Assam Police STF, CRPF COBRA battalions, Army III Corps
📝 Mains Pointers
A. Why NSG Hub in Assam is Strategically Timed
| Factor | Significance |
| Urban Vulnerability | Guwahati and Dibrugarh emerging as commercial and IT hubs |
| Cross-border Smuggling | Drugs, arms, and counterfeit currency via porous borders |
| Geo-Political Tension | China proximity and insurgent group safe havens in Myanmar |
| Counter-Terror Speed | NSG can reduce response time from hours to minutes in NE |
| Infrastructure Risk | Oil refineries, bridges, hydro projects are potential targets |
B. Current Security Landscape in NE
| Force | Role |
| Assam Rifles | Border management along India–Myanmar |
| CRPF COBRA | Anti-insurgency operations |
| SSB | Secures Indo-Nepal and Indo-Bhutan borders |
| NIA & IB | Investigate and monitor terror activities |
| State Police STF | Handles localised radical elements and sleeper cells |
C. Challenges in Counter-Terror Preparedness
| Challenge | Description |
| Delayed Deployment | NSG previously had to fly from Delhi or Kolkata – time lag in response |
| Infrastructure Gaps | Lack of helipads, safe houses, and simulation training grounds |
| Terrain Complexity | Dense forests, hills, and river systems complicate surveillance |
| Civil-Military Coordination | Occasional jurisdictional overlap with local police and army units |
| Regional Sensitivity | Operations must be tactful in ethnic-sensitive and insurgency-hit zones |
D. Benefits of NSG Hub for Assam & NE
| Area | Benefit |
| Rapid Response | NSG can neutralize threats in urban zones faster than remote units |
| Training & Capacity Building | State police can be trained in hostage rescue and urban warfare |
| Strategic Balance | Acts as a deterrent for cross-border terror modules |
| Tech Upgradation | Includes AI-based facial recognition, drone neutralisation, IED disposal |
| Public Confidence | Signals national commitment to regional security |
📊 Relevant Schemes & Reports
Modernisation of Police Forces Scheme (MPF)
Home Ministry’s NE Security Review (2024–25)
UN Global Counter-Terrorism Strategy
NATGRID and CCTNS Integration
India–Myanmar Border Security Cooperation Agreement (2023)
🧭 Way Forward
| Strategy | Recommendation |
| Integrated Response Grid | NSG to coordinate with NIA, Assam Police, Army, and IB |
| NE Counter-Terror Centre | Guwahati can host simulation labs and cyber-terror training grounds |
| Community Intelligence | Local citizen networks can be integrated for soft surveillance |
| Civil Preparedness | Urban mock drills and school-level evacuation awareness |
| Legal Oversight | Ensure NSG actions are rights-based, with minimal civilian disruption |
🧩 Conclusion
Establishing an NSG hub in Assam represents a critical milestone in India’s evolving homeland security architecture. It reflects a shift toward decentralised, rapid, and tech-driven counter-terror preparedness, ensuring that the Northeast is not just secured—but empowered to respond to emerging national threats.
🐄 Assam’s Ethnoveterinary Practices Recognized Nationally: Preserving Indigenous Animal Healthcare Knowledge
📘 GS Paper 1 (Mains): Culture | Indigenous Knowledge Systems
📘 GS Paper 2 (Mains): Health | Traditional Medicine | Tribal Welfare
📘 GS Paper 3 (Mains): Environment | Livelihood | Biodiversity Conservation
📘 GS Paper 5 (APSC): Assam’s Indigenous Practices | Livestock Sector | Rural Development
📘 Prelims: Ethnoveterinary Medicine (EVM) | NLM | NBAGR | ICAR | AYUSH
🔹 Introduction
Assam’s age-old ethnoveterinary knowledge (EVK)—used for treating livestock through locally available herbs, minerals, and traditional techniques—has received national recognition by the National Bureau of Animal Genetic Resources (NBAGR) and ICAR. The move is seen as part of a larger push to integrate traditional wisdom into modern livestock health management, especially in rural and tribal belts of India.
🔑 Key Updates from the Report
| Feature | Details |
| Recognizing Body | NBAGR (ICAR wing under Ministry of Agriculture & Farmers’ Welfare) |
| Practice Area | Assam’s tribal and rural livestock-rearing communities |
| Types of Remedies | Herbal pastes, smoke chambers, fermented plant extracts, ash therapy |
| Target Diseases | Diarrhea, foot rot, mastitis, ticks, infertility in cattle |
| Impact | Reduces antibiotic misuse, preserves biodiversity, empowers rural women |
| Associated Livestock | Indigenous cattle breeds (e.g., Siri, Pati, and Miri buffalo) |
🧠 Prelims Pointers
Ethnoveterinary Medicine (EVM): Traditional, community-based practices for animal health
NBAGR: National Bureau of Animal Genetic Resources, Karnal – under ICAR
ICAR: Indian Council of Agricultural Research – apex R&D body
NLM: National Livestock Mission – supports indigenous breed conservation
AYUSH: Covers traditional Indian systems like Ayurveda, Unani, Siddha—but not formally EVM
Livestock Breeds of Assam: Pati cattle, Miri buffalo, Assam Hill goat – key indigenous species
📝 Mains Pointers
A. Importance of Ethnoveterinary Knowledge
| Domain | Benefit |
| Healthcare Access | Useful in rural and forested areas lacking modern vet clinics |
| Cost-Effective | Low-input, locally sourced, and culturally accepted |
| Women’s Role | Knowledge preserved by elderly women and midwives |
| Ecological | Promotes conservation of medicinal plants and biodiversity |
| Resistance-Free | Reduces dependence on antibiotics and synthetic drugs |
B. Risks of Losing EVM
| Risk | Explanation |
| Oral Tradition | Knowledge mostly passed down orally—prone to extinction |
| Youth Disinterest | Younger generations moving toward chemical-heavy vet practices |
| Market Pressure | Dominance of pharmaceutical companies in livestock care |
| Absence of Documentation | Lack of standardized records or research validation |
C. Government & Research Support
| Institution | Role |
| ICAR-NBAGR | Documenting, validating, and conserving traditional vet knowledge |
| Assam Agricultural University (AAU) | Working on EVM documentation in tribal belts |
| NABARD & NLM | Support SHGs using EVM in goat and dairy farming clusters |
| Livestock Research Stations (Diphu, North Lakhimpur) | Hosting pilot trials on herbal formulations |
| Rural Livelihood Missions | Integrating EVM into animal husbandry SHGs |
📊 Supporting Data & Examples
Assam has 6+ Indigenous Livestock Breeds documented by NBAGR
EVM Trial (2024): Herbal remedy for mastitis in Pati cattle showed 78% efficacy
AAU Field Survey: ~38% of rural households use EVM as first response
Medicinal Plants Used: Tulsi, Neem, Bhatghila, Mahua, Bamboo ash, Wild turmeric
Successful SHGs: Karbi Anglong and Barpeta dairy groups using traditional deworming methods
🧭 Way Forward
| Strategy | Recommendation |
| Codification | Digitize and validate folk veterinary practices using ICMR-ICAR tools |
| Education | Include EVK modules in vet and agri-university curricula |
| Community IP Rights | Document remedies with benefit-sharing under Traditional Knowledge Digital Library (TKDL) |
| Women’s Empowerment | Train and certify rural women as Para-Vets in EVM |
| Value Addition | Develop branded herbal animal care products (e.g., anti-tick powder, digestives) |
🧩 Conclusion
Recognizing and integrating Assam’s ethnoveterinary heritage is not just about livestock—it is about empowering rural women, preserving ecological wisdom, and reducing rural healthcare inequalities. A future-ready veterinary system must be rooted in tradition, validated by science, and accessible to the last mile.
APSC Prelims Practice Questions
🔹 Topic 1: Power Infrastructure Upgrade in Assam
Q1. Which of the following statements about the Revamped Distribution Sector Scheme (RDSS) are correct?
- It is a centrally sponsored scheme to reduce AT&C losses.
- It aims to install smart meters and improve feeder segregation.
- It focuses only on generation and transmission, not distribution.
Select the correct answer:
(a) 1 and 2 only
(b) 1 and 3 only
(c) 2 and 3 only
(d) 1, 2 and 3
✅ Answer: (a)
📘 Explanation:
- RDSS focuses on distribution, not generation or transmission (so statement 3 is incorrect).
- It targets reduction in AT&C losses, smart metering, feeder segregation, and reliability improvement.
Q2. In the context of Assam’s power sector, a low HT:LT line ratio indicates:
(a) Higher efficiency in rural electrification
(b) Better load balancing in urban grids
(c) Increased technical losses due to overloaded LT lines
(d) Optimal infrastructure usage for remote connectivity
✅ Answer: (c)
📘 Explanation:
A low HT:LT ratio (e.g., Assam’s 1:3 instead of ideal 1:1.2) indicates more reliance on low-tension lines, which suffer higher losses and overload.
🔹 Topic 2: IIT-Guwahati’s JE Diagnostic Tool
Q3. Japanese Encephalitis (JE), recently detected by a point-of-care device developed by IIT-Guwahati, is:
(a) Caused by a protozoan spread by Anopheles mosquitoes
(b) A viral disease spread by Culex mosquitoes
(c) Caused by a fungus found in rice fields
(d) A bacterial disease spread by contaminated food
✅ Answer: (b)
📘 Explanation:
JE is a viral infection spread by Culex mosquitoes, primarily affecting the central nervous system.
Q4. Which of the following are features of point-of-care diagnostic devices?
- Require advanced lab settings and refrigeration
- Offer rapid results at the patient’s location
- Useful in low-resource settings
- Always use invasive blood tests
Select the correct answer:
(a) 1 and 2 only
(b) 2 and 3 only
(c) 3 and 4 only
(d) 1, 2, 3 and 4
✅ Answer: (b)
📘 Explanation:
- Statement 1 is false—PoC devices are designed for non-lab use.
- Statement 4 is also false—many are minimally invasive or saliva/urine-based.
🔹 Topic 3: NSG Hub in Assam
Q5. The National Security Guard (NSG), recently proposed to be stationed in Assam, functions under the:
(a) Ministry of Defence
(b) National Security Council Secretariat
(c) Ministry of Home Affairs
(d) Cabinet Secretariat
✅ Answer: (c)
📘 Explanation:
NSG is an elite counter-terror force functioning under the Ministry of Home Affairs (MHA).
Q6. Which of the following are core functions of the NSG?
- Urban counter-terror operations
- VIP protection
- Border management
- Hostage rescue and anti-hijacking operations
Select the correct answer:
(a) 1, 2 and 3 only
(b) 1, 2 and 4 only
(c) 2, 3 and 4 only
(d) 1, 3 and 4 only
✅ Answer: (b)
📘 Explanation:
NSG is not responsible for border management. That is the domain of forces like BSF, Assam Rifles, SSB.
🔹 Topic 4: Assam’s Ethnoveterinary Practices
Q7. Ethnoveterinary medicine (EVM), recently recognised in Assam, refers to:
(a) Advanced pharmacological treatment for animals
(b) Traditional community-based animal healthcare practices
(c) Livestock breeding using gene editing
(d) Veterinary systems taught in AYUSH colleges
✅ Answer: (b)
📘 Explanation:
EVM refers to indigenous practices used by rural communities to treat animal diseases using local herbs and methods.
Q8. Which of the following are advantages of ethnoveterinary practices?
- Promote conservation of indigenous medicinal plants
- Help reduce antimicrobial resistance
- Require expensive pharmaceutical formulations
- Empower rural women and SHGs
Select the correct answer:
(a) 1 and 3 only
(b) 2 and 4 only
(c) 1, 2 and 4 only
(d) 1, 2, 3 and 4
✅ Answer: (c)
📘 Explanation:
The rest are key advantages: ecological, medical, and socio-economic.
Statement 3 is incorrect—EVM avoids expensive drugs.
APSC Mains Practice Question
❓Question:
Assam’s power infrastructure has seen major investments and upgrades in recent years, yet challenges like high AT&C losses and grid inefficiency persist.
Examine the causes of Assam’s power distribution challenges and suggest a strategy for ensuring reliable and inclusive electricity access across the state.
(Word Limit: 250)
✅ Model Answer:
🔸 Introduction
Assam is undergoing a significant power sector transformation with over 100 new substations, AIIB-assisted projects, and RDSS-supported reforms. Despite these efforts, the state continues to struggle with high Aggregate Technical & Commercial (AT&C) losses (15.4%), poor HT:LT ratio (1:3), and inconsistent rural access. Addressing these gaps is crucial for energy equity and economic competitiveness.
🔹 Causes of Distribution Challenges
| Factor | Description |
| Outdated Infrastructure | Over 3 lakh km of uninsulated low-tension (LT) lines increase losses. |
| Skewed HT:LT Ratio | Heavy reliance on LT lines leads to overloads and voltage drops. |
| Funding Gap | ₹30,000 crore needed, but only ₹5,500 crore mobilized so far. |
| Geographical Barriers | Hilly terrain and scattered villages make grid expansion costly. |
| Lack of Smart Monitoring | Manual billing, theft, and poor auditing inflate commercial losses. |
🔹 Strategic Measures
| Area | Recommendation |
| Infrastructure Rationalization | Convert LT lines to HT wherever feasible; install insulated cabling. |
| AT&C Loss Reduction | Deploy smart meters, feeder segregation, and energy audits under RDSS. |
| Renewable Integration | Promote solar hybrid mini-grids in remote hamlets. |
| Capacity Building | Train linemen and technicians on safety and grid analytics. |
| Public–Private Participation | Encourage ESCOs (Energy Service Companies) to adopt feeder lines for O&M. |
🔸 Conclusion
Reliable power is a cornerstone of Assam’s development, especially for MSMEs, healthcare, and digital governance. A holistic approach combining infrastructure, institutional reform, and inclusive financing is key to achieving the vision of 24×7 quality electricity for all in Assam.
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