Whalesbook
India Ka Renewable Energy Boom Ab Grid Ke Chakkar Mein Atka!
Dekho yaar, India jabardast speed se solar aur wind energy bana raha hai, lekin apna power grid itni energy sambhal hi nahi pa raha. Is saal January se March ke beech mein lagbhag 300 gigawatt-hours (GWh) bijli itni acchi thi ki use use hi nahi kar paye. Matlab bani toh sahi, par consumers tak pahunch hi nahi saki. Ye total 470 GWh renewable energy loss ka lagbhag do-tihaai hissa hai.
Saalon Se Underinvestment Ne Grid Ko Khokla Kar Diya
Pichhle 5 saal se India naye transmission lines banane ke targets poore nahi kar pa raha, bas 80% kaam ho raha hai. Is wajah se bahut projects latak gaye hain, aur jab solar/wind farms tez speed se lag rahe hain, toh ye problem aur badh rahi hai. Energy experts keh rahe hain ki agar energy generation aur grid ki capacity ke beech ka gap badhta raha toh 2030 tak 500 GW non-fossil fuel electricity ka target poora karna mushkil ho jayega. Ember ke energy analyst Duttatreya Das ne bhi kaha ki renewable energy ki deployment speed aur transmission infrastructure ki readiness mein fark ki wajah se itna nuksaan ho raha hai.
Project Delays Ne Sab Jagah Problem Khadi Kar Di
Grid ki kami ki wajah se alag-alag jagah problems aa rahi hain. Fiscal year 2026-27 mein jo 20 GW ke renewable energy projects lagne wale the, unmein 4 mahine se zyada ki delay ho sakti hai. Rajasthan mein sabse zyada problem hai, wahan 12 GW se zyada solar aur wind projects latak gaye hain, aur western aur southern regions mein bhi 8 GW projects risk mein hain. Poore desh mein har 4 mein se 1 naye transmission project mein kam se kam 1 saal ki delay ho rahi hai. Eastern aur northeastern India mein toh half se zyada projects mein 1 saal ya usse zyada ki delay ho sakti hai. Zameen milne mein dikkat, permissions, forest clearances aur HVDC equipment ki global supply chain problems iske kuch reasons hain.
Network Congestion Ke Liye Solutions Ki Talaash
Apna current Indian transmission network, jo lagbhag 503,661 circuit kilometers hai, bahut pressure mein hai. National Transmission Plan ke hisab se 2031-32 tak ise 648,190 circuit kilometers tak badhana hai, matlab har saal lagbhag 24,000 circuit kilometers badhana padega. Lekin renewable energy projects (jo 12-18 mahine mein lag jate hain) jaldi ban rahe hain, traditional thermal power plants (jinmein 36-60 mahine lagte hain) ke muqable. Ye speed difference network ko congested kar raha hai, khas kar Rajasthan aur Gujarat jaise states mein jahan renewable energy zyada hai. March 2026 tak India mein 43.7 GW solar aur 12.5 GW wind capacity inter-state transmission system se connect thi.
Is energy waste ko rokne ke liye, battery energy storage systems (BESS) ek practical solution ke taur par samne aa rahe hain. Experts ka andaaza hai ki 3-4 GW ki 2-hour battery storage se current curtailment ka zyadaatar hissa capture kiya ja sakta hai. Achhi baat ye hai ki major renewable energy hubs par lagbhag 236 GW ki battery connection capacity already available hai. Analysts keh rahe hain ki agar regulatory changes kiye jayen, jaise battery storage ko transmission asset mana jaye, toh iski adoption tez ho sakti hai. BESS ka financial case bhi mazboot hai, kyunki stored renewable power deliver karne ka cost Rs 7-8 per kilowatt hour (kWh) padega, jo ki Rs 9-10 per kWh se kam hai jo kai states peak electricity ke liye pay kar rahi hain.