🌱 Agri-Photovoltaics (Agrivoltaics) in India: 2026 Current Affairs
Agri-Photovoltaics (AgriPV) ya Agrivoltaics ek innovative system hai jisme agriculture aur solar energy production ko ek hi land par integrate kiya jata hai. Yeh concept ab India me rapidly grow kar raha hai, aur 2026 ke current affairs me iska bahut bada role hai — especially climate change, farmer income aur renewable energy targets ke context me.
🆕 1. PM-KUSUM Yojana ka expansion (PM-KUSUM 2.0)
Government India ne renewable energy ko rural level tak le jaane ke liye PM-KUSUM scheme ko expand karne ka decision liya hai.
📌 Detail:
Budget 2026–27 me scheme ke liye ₹5000 crore allocation badhaya gaya
Upcoming version PM-KUSUM 2.0 me:
10 GW Agri-Photovoltaics capacity add karne ka target
Is scheme ke 3 major components hote hain:
Solar pumps (irrigation ke liye)
Grid-connected solar plants
Decentralized solar systems
🎯 Impact:
Farmers apni unused ya partially used land par solar panels laga sakte hain
Electricity DISCOM ko bech kar extra income generate kar sakte hain
Diesel pumps ki dependency kam hogi → pollution reduce
👉 Conclusion: PM-KUSUM 2.0 AgriPV ko India me large-scale adoption dene wala sabse bada policy push hai.
🆕 2. The Energy and Resources Institute ka research push (2026)
India me AgriPV ko scientific aur practical level par implement karne ke liye research institutions bhi actively kaam kar rahe hain.
📌 2026 me kya hua?
TERI ne World Sustainable Development Summit 2026 me:
AgriPV deployment tools launch kiye
Detailed Project Report (DPR) framework develop kiya
Business models design kiye
📊 Iska matlab:
Pehle AgriPV sirf concept ya pilot level par tha
Ab:
Financial planning
Technical design
Implementation roadmap
ready ho raha hai
🎯 Impact:
Investors ke liye clarity badhegi
Farmers ke liye easy adoption
Government projects fast implement honge
👉 Conclusion: Research → Policy → Implementation chain strong ho rahi hai.
🆕 3. Farmers ko mil raha direct benefit (Ground Reality)
Government schemes ka real impact tab hota hai jab farmers ko direct fayda mile — aur AgriPV me yeh clearly visible hai.
📌 Current data:
21.7 lakh se zyada farmers solar-based schemes se benefit le chuke hain
Solar pumps ka use rapidly increase ho raha hai
📊 Ground-level changes:
Farmers ab:
Apni electricity khud generate kar rahe hain
Irrigation cost reduce kar rahe hain
Kuch states me:
Farmers electricity sell bhi kar rahe hain
🎯 Impact:
Agriculture cost ↓
Profit ↑
Energy independence ↑
👉 Conclusion: AgriPV farmers ko “consumer se producer” bana raha hai.
🆕 4. Farmer Income Boost Potential (Economic Impact)
Agri-Photovoltaics ka sabse bada advantage hai income diversification.
📌 Kaise income badhti hai?
Crop production se income
Solar electricity sale se income
📊 Example:
Traditional farming income: ~₹50,000–60,000/acre
AgriPV ke baad:
👉 ₹1,00,000+/acre tak possible
📌 Extra benefits:
Crop damage kam hota hai (excess sunlight control)
Irrigation requirement reduce hoti hai
Risk diversification hota hai
🎯 Impact:
Rural poverty reduce
Farmers ki financial stability increase
👉 Conclusion: AgriPV = “Double Income Model”
🆕 5. India me AgriPV ka current status & potential
📌 Current status:
~50 pilot projects India me chal rahe hain
Major states:
📊 Future potential:
Estimated capacity:
👉 3000 GW se 14000 GW tak
📌 Kyun itna potential?
India me:
Huge agricultural land
High solar radiation
Land conflict problem:
👉 AgriPV se solve ho sakta hai
🎯 Impact:
India global leader ban sakta hai agrivoltaics me
👉 Conclusion: Yeh sector abhi initial stage me hai, lekin future bahut bada hai.
🌿 Agri-Photovoltaics kya hota hai?
📌 Definition:
AgriPV ek aisa system hai jahan:
👉 Solar panels ko aise install kiya jata hai ki neeche crops grow ho sakein
📌 Types:
Vertical panels
Spaced row panels
📌 Working:
Panels sunlight ka kuch part absorb karte hain
Remaining light crops tak pahunchti hai
👉 Result:
Electricity + crop growth dono possible
🚀 Importance of AgriPV
✅ 1. Land Use Efficiency
Same land se:
Food production
Energy generation
Land scarcity problem solve
✅ 2. Farmer Income Increase
Dual income sources
Stable earning
✅ 3. Climate Change Mitigation
Solar panels:
Heat reduce karte hain
Carbon emissions reduce
✅ 4. Water Conservation
Evaporation kam hota hai
Irrigation need reduce
✅ 5. Energy Security
Rural areas me local energy production
Grid load reduce
⚠️ Challenges
❌ 1. High Initial Cost
Solar installation expensive hota hai
Small farmers afford nahi kar pate
❌ 2. Technical Complexity
Panel design aur spacing important hai
Har crop ke liye suitable nahi
❌ 3. Policy Gap
Clear guidelines har state me nahi hain
Subsidy structure uniform nahi
❌ 4. Awareness Issue
Farmers ko concept ka knowledge kam hai
📊 Future Scope in India
📌 Upcoming Trends:
Smart irrigation integration
Crop-specific panel design
📌 Government Role:
PM-KUSUM 2.0
Agrivoltaics mission (proposed)
📌 Vision:
👉 Farmer = “Annadata + Urjadata”
Understanding GDP: A Comprehensive Guide to Measure Economic Growth
✍️ Conclusion (Detailed)
Agri-Photovoltaics India ke liye ek game-changing technology hai jo agriculture aur renewable energy ko ek saath integrate karti hai. 2026 me government policies, research initiatives aur farmer adoption ke through yeh sector rapid growth phase me enter kar chuka hai.
Agar India is model ko effectively implement karta hai, to yeh:
Farmers ki income double karega
Renewable energy targets achieve karega
Climate change mitigation me help karega
👉 Isliye AgriPV ko future ka “Sustainable Agriculture Model” maana ja raha hai.
🧠 Exam Booster FAQ (UPSC Style)
🧠 Agri-Photovoltaics (AgriPV) – MCQs (Prelims Practice)
🔹 MCQ 1
Agri-Photovoltaics (AgriPV) ka sambandh kis se hai?
(a) Sirf solar energy production
(b) Sirf agricultural productivity
(c) Land ka dual use for solar energy and agriculture
(d) Hydroelectric power generation
👉 Answer: (c)
Explanation: AgriPV me ek hi land par farming + solar energy dono hota hai.
🔹 MCQ 2
AgriPV system me microclimate ka kya role hai?
Soil moisture ko reduce karta hai
Solar panel efficiency ko badhata hai
Crop ko heat stress se bachata hai
Sahi vikalp chuniyega:
(a) 1 and 2
(b) 2 and 3
(c) 1 and 3
(d) 1, 2 and 3
👉 Answer: (b)
Explanation: Soil moisture reduce nahi hota, balki conserve hota hai.
🔹 MCQ 3
Nimnalikhit me se kaunsa AgriPV system ka type nahi hai?
(a) Elevated system
(b) Row-based system
(c) Thermal system
(d) Vertical system
👉 Answer: (c)
Explanation: Thermal system AgriPV ka part nahi hai.
🔹 MCQ 4
AgriPV ke context me “transpiration” ka kya effect hota hai?
(a) Panels ko garam karta hai
(b) Crops ko sukha deta hai
(c) Solar panels ko thanda karta hai
(d) Electricity production ko rokta hai
👉 Answer: (c)
🔹 MCQ 5
AgriPV system ke liye kaun si crop sabse suitable hai?
(a) High sunlight demand crops
(b) Shade tolerant crops
(c) Desert plants only
(d) Genetically modified crops
👉 Answer: (b)
🔹 MCQ 6
Agri-Photovoltaics ka main objective kya hai?
(a) Sirf electricity generate karna
(b) Sirf food production badhana
(c) Land use efficiency badhana
(d) Industrial development
👉 Answer: (c)
🔹 MCQ 7
AgriPV kis government scheme se indirectly related hai?
(a) MGNREGA
(b) PM-KUSUM Yojana
(c) PMAY
(d) UDAN Scheme
👉 Answer: (b)
🔹 MCQ 8
AgriPV ke benefits me se kaunsa sahi hai?
Farmers ko additional income
Water conservation
Crop damage increase
(a) 1 and 2
(b) 2 and 3
(c) 1 and 3
(d) 1, 2 and 3
👉 Answer: (a)
🔹 MCQ 9
India me AgriPV ki present status kya hai?
(a) Fully commercialized
(b) Large-scale deployment
(c) Pilot projects stage
(d) Completely banned
👉 Answer: (c)
🔹 MCQ 10
AgriPV adoption me sabse bada challenge kya hai?
(a) Excess rainfall
(b) High initial cost
(c) Lack of sunlight
(d) Soil fertility
👉 Answer: (b)
🌿 Ramsar Convention – Complete Detailed Guide
📊 PYQ-Based Expected Questions (UPSC Pattern)
🔸 Question 1 (Prelims Type)
With reference to Agri-Photovoltaics (AgriPV), consider the following statements:
It allows simultaneous use of land for agriculture and solar power generation.
It increases evapotranspiration from soil.
It can help improve solar panel efficiency.
Which of the statements given above is/are correct?
(a) 1 and 2 only
(b) 1 and 3 only
(c) 2 and 3 only
(d) 1, 2 and 3
👉 Answer: (b)
🔸 Question 2 (Prelims Type)
Which of the following best describes the significance of Agri-Photovoltaics in India?
(a) Reduces dependence on thermal power
(b) Solves the conflict between food production and energy generation
(c) Increases rainfall in arid regions
(d) Eliminates need for irrigation
👉 Answer: (b)
🔸 Question 3 (Assertion-Reason)
Assertion (A): AgriPV helps in water conservation.
Reason (R): Solar panels reduce direct sunlight exposure on crops.
(a) Both A and R are correct and R is correct explanation
(b) Both correct but R not explanation
(c) A correct, R wrong
(d) A wrong, R correct
👉 Answer: (a)
🔸 Question 4 (Match the Following)
| System Type | Feature |
|---|---|
| A. Elevated | 1. Panels mounted vertically |
| B. Vertical | 2. Panels placed above crops |
| C. Row-based | 3. Panels in rows with gaps |
Correct match:
(a) A-2, B-1, C-3
(b) A-1, B-2, C-3
(c) A-3, B-2, C-1
(d) A-2, B-3, C-1
👉 Answer: (a)
🔸 Question 5 (Conceptual)
AgriPV ka concept sabse zyada kis se related hai?
(a) Industrial policy
(b) Sustainable development
(c) Urban planning
(d) Defence strategy
👉 Answer: (b)
✍️ UPSC Mains Practice Question
Q. “Agri-Photovoltaics offers a solution to the ‘food vs fuel’ dilemma in India.” Critically examine. (250 words)
📝 Model Answer (250 Words)
Agri-Photovoltaics (AgriPV), also known as agrivoltaics, refers to the simultaneous use of land for agricultural production and solar power generation. In a country like India, where land is a scarce resource, it provides a viable solution to the growing “food vs fuel” dilemma.
AgriPV enables dual utilization of farmland, thereby eliminating the need to divert agricultural land exclusively for solar projects. This is particularly important as India aims to achieve ambitious renewable energy targets while ensuring food security. By integrating solar panels with crop cultivation, it enhances land productivity and supports sustainable development.
The benefits of AgriPV are multi-dimensional. It provides farmers with an additional source of income through electricity generation, thereby reducing their dependence on uncertain agricultural returns. The partial shading from solar panels helps in reducing evapotranspiration, leading to better water conservation. Moreover, it protects crops from extreme weather events such as heatwaves and heavy rainfall, thus improving climate resilience. It also contributes to rural development by enabling decentralized energy systems.
However, the large-scale adoption of AgriPV faces several challenges. High initial investment costs, lack of standardized policies, and limited awareness among farmers hinder its growth. Additionally, improper design and crop selection may negatively impact agricultural yields.
Therefore, while AgriPV holds significant potential to address the food-energy nexus, its success depends on supportive policies, financial incentives, and region-specific research.
🧠 Value Addition (Extra Points for Marks ⭐)
👉 Add these in exam if time allows:
Link with PM-KUSUM Yojana
Mention “climate-smart agriculture”
Use keyword: land use efficiency
❓ Agri-Photovoltaics (AgriPV) – FAQs
1. What is Agri-Photovoltaics (AgriPV)?
Agri-Photovoltaics ek dual land-use system hai jisme ek hi zameen par solar panels aur agriculture dono saath me kiye jate hain, jisse land ka maximum utilization hota hai.
2. Why is Agri-Photovoltaics in news in 2026?
Union Budget 2026–27 me PM-KUSUM Yojana ke liye allocation badhaya gaya hai, jisse solar farming aur AgriPV ko promote kiya ja raha hai.
3. How does AgriPV help solve the food vs fuel problem?
AgriPV ek hi land par food production aur energy generation dono possible banata hai, isliye alag-alag land ki zarurat nahi padti aur conflict khatam hota hai.
4. What are the main benefits of Agri-Photovoltaics?
Farmers ke liye double income source
Water conservation
Crop protection from extreme weather
Renewable energy production
5. Which crops are suitable for AgriPV systems?
Shade-tolerant crops: turmeric, onion, leafy vegetables
Sunlight-demand crops: jowar, maize (row gaps me)
👉 Crop selection region aur climate par depend karta hai.
6. What are the major challenges in adopting AgriPV?
Crop yield uncertainty
Policy aur regulatory clarity ki kami
Farmers me awareness ki kami
7. What is the role of PM-KUSUM scheme in AgriPV?
PM-KUSUM Yojana farmers ko solar pumps aur grid-connected solar systems ke liye support karta hai, jo AgriPV adoption ko indirectly boost karta hai.
8. What is the current status of AgriPV in India?
India me abhi AgriPV mostly pilot projects aur research level par hai, large-scale implementation abhi develop ho raha hai.
9. How does AgriPV help in water conservation?
Solar panels ki shade se evaporation kam hota hai, jisse soil moisture zyada time tak maintain rehta hai aur irrigation need kam hoti hai.
10. Which institutions support AgriPV research in India?
👉 Yeh institutions crop-panel combination aur technology development par kaam kar rahe hain.
11. What is the future potential of Agri-Photovoltaics in India?
AgriPV India ke liye ek high potential sector hai jo:
Renewable energy target achieve karne
Farmer income badhane
Sustainable agriculture promote karne me help karega
12. Is AgriPV suitable for all regions in India?
Nahi ❌
👉 Har region ke liye:
Climate
Crop type
Irrigation
ke hisab se design customize karna padta hai.
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