ASSIGNMENT ~ 02 ) Decerioe wind energy onal lai(uty fn. Dinca anc the mafor prevlems cagoutabesl wre tb Avg —p\Wlfna anergy artaPladl . tIndias Whod power yeneation capacity. i mainly apreacl accross southern, watern; anc north weber Coty eQujoreh thax the heehee Irvtartesl Wwlnd + power Copattty, Followed by Famel Node - + lpnal petater” costs In India are deerease >y rapidly, oot a& rewrd. low of FVAR po Wh fm Qo, c ‘Wind power guperaten in India ran'kt fourth globally yp 2024, with =o, of annuat sinc generatfon ceauth fous rontnt from Mug te September duufing tne > Msfor probleuw orsovotert Wwhh it, + Diefrestructure Limttactfont . Trufgidient grit cxpartty te aacrornMnedate: large Geos: > ch 7 Wink energy gencatton y tosting ho gat Fnstabtery \Tradeqiott bunimiztion infractructure te trancpert” at pre from Rermett Joratforn te load antec 2. Fanemts -facvors s Hugh mint prajtch size requirements , makfog ft: cratleng™g, for~ srmatler deutlopas a. Teoh oneal Chatlengs « Compleox Srutatlot'en and Loramikstoning pretese for woth fom + Transportation Bormopenss cnatleng > ~for— lorcet wofinok -purb iwg. Explain wh o neat aketeh the baxit’ Gampon tn of phe Witncl werqy woverston System (mecs) AS pgecherbeeus Mathanteol Wind dfrectfon . Interfact ¥ i ee winel tuerboue j 4. Blade 2. pub _ stmuhut 3B. Plc Chang’s~ & Nace se A Merntin gy %. Dot and oltre 4. Tower &. Foundatfon 4. Contr) a wuctdfne) e Blada — Lift, ancl whats wind wofnd i blow over they eouthg rotor to spon, = a + Broke — Step the Tobr maethant cotter 7 Crwtrfea thy , rrydraueceatty IW emergencies +Contetler — sterb ep machine ot-sufnd Speeds of About ¢ bo 1@ Mee per hour and shes HF BL SS mph+ Gearbox — Gonneuy lao spect Sho-ft-te Ligh -spucsh chafr FOUOh relakonel spuct a me Deets, + Qrenerakor — Produce GO age AC clererfurty «Nanette — SHs obep conlafher ont ental gearbox, infgitepeccl | foo.sptcol Chef's , qanester, comtrotten brace : = Pith — Tuxma toladt eut— of find to contol router sperst “and Keep Teeter from huming (2 wiht » Rotor — Blader ancl Hab feqethy fern router * Tower - Supports Shurbut of terotie i is Derdut dhe earprestfen fee usfhol powwe and ditus the 1 | KE = Asn? ] ton dition th tatterting @ uslnd ter m= SA KE = = - F 5 SAN hea? Armslable trol pouser , ~ but ) A= : ) = yd DP RES A pret wats | ceAL Explaf Verte Gants hofnck Turf Aw e3b cheped Ciokts A BAW fs a weft furbtwe here the Metin votorshadt Ss pos(Hon ek: Vert colts of perpend (Cutor to the ground Worletng ‘ + The: usin intake vetth The turin blades , counting “them to wtedt The roleting blader turn the Marna retor shot > one vs onerutol to a Qeneretor = The generator copvets the mechanical energy Of the rotting ghaft Ine ltc&rVegh meyy. Type of VAVOT 4, Saxrenfoud rotor (S- ty woth vent & type oF VAT woth shafgabt blocter that rotakt orounsl oo vertrtal ascis 2. Darius Roter A type BF Vavot with curnted blades thet rotete around ya Verttol apots.ls Ang + Eouplata ixec deme cine! flouting bloga. plant. Amu “a (Mat ourtics + The plant consists of Underyreunct loll Sorte of digester Made of fritkg and Cernent havin nq se dome shaped roof: vohith Yemafru —loclows dhe qreurel Heuvel is ghowor ahor - Pratmort middle of the digetts, thet axt quo restangulier openings faung coth other anc Coming up te o Uae above tht qrmertnd lott) art as Inlet ancl outer ag tle plant e Dome Chaped wep fk FHttrol wlth o pipe ak Hs yop “ephtu Ty the gee aublet of tnt plant. 5 i ie Explain win funn Seuyoutr and upton optimization ond woke effects . a Wale effect The “Woke tHfet” En ustncL eraray years to the phenomenon uohest turbine create a ofl ef slowour, mere shubulent afr apwnstrean » Yeclureng, thr wind Speed ancl peruntiatly, ht enegy pesluctyon of-turbina forbect fn that area| qhx two moth we effects af Wake are © A reduutfon In The wstnd speed , witch fm tur redeeces the cnegy precuction of the prof far @© Om incrate to the turbulence of Phe wirk, potenti Ynereanfog the dynamite mechanteal loading en the ~ down vethclh turbines pots farm Yayo optinni xatfon + ooke effects — Wind hurbiin de oredte a wokty & regton of yeclured wofnd cpted @rd frotared turhone turbulence behis ahem 7 vohfdo negadiveley Fon pa ts, tA pebemons of dousnuarct Wurbtut - Woake mecttli — PHFerent wale medel are Uted to Sfimu take woke effets: and oxress their Fenypeutk Or Ny predachen + Packers fo wonder — Furttvet Lpactha , Usfral dirtuston. varia Mty pferratn » ond gril constraints ere cructal fattes Fr Fonyoot- optienizerfan LTechna- Evonomit Araseasmmnent — Same ctuctita foun on techno: teorerafe assegcrnant of usfnd farm boro optimization, Considering fasten Uke cost rel energy protuustton j IPSEC osLhotnd farm layout optimization aim t maximize cherg gy presucefor: by strotericalley pos Bron lng Terb(ne , epnatdotng bodke offeckk fo minfmire powerless, roizatten tuhnigua and wale modely sThis Tovewa uring opt placement fer a given ditte, 4o Brad the Bat Furbent H. Wort a nett on spt of geothermal energy Oe —speebrantags + Rurwadle ant Guitemrabie ~redur dependenst 0m fossil dust + Bascload power ~“Prvidu conttouwous aeebnutty qeouckton slows eminiory — Minémol gaeenbeutt Qu ernissfo wy | > A ppltatiors + Eyertrocattey yonerarions a ~ Space Heathrg Ghel Cooling — Gygotbemet pocrer plants Burdens ancl nclastriad proce, | —> Porntil ak 5 eGlobal Porwtet - si niffant petentiot Wworldew foley c prclatt oe: tn Raion, with qeorburreL wexgure * epReta. Mik — andrfbure to en eeu Wversiftd Enegy meduypea relanee “OnS sont ae — Chatleng “Exploratten and Durtlopnuct ~ lompley and enetty “Technolog fret Rdvenumonts - Neccl to improv Shrine and reclucte WXt. Explain three Type of qethunel poser plants . Cham denfrotet System Cooling Tower py = a» TUAW Fl geneictes a i : +Water YS Vapoviset inte Stearn ek tower }urel in torth's crak.” = aThe Grom rise cto the earth suefatt In a diy stake “This dicy Stearn Can. bE Uted ConvenFently and éreskto, +e Yun clean, turbina and qoncroke elecerte pouser. : (octane, tower bd, Woker Deminated Syste Bhs Turbine || Sh vot 3 werd perp s Uodter ewe Thee wp and feos pressure Fur Ahautber feeppdrcto | podter-ancl Steam Sepectiou taker lace dur & drop uw prsure ~ Grom “Conse blader fo expand th turgeue . Terb(re hates an qerwater eeebrtur FYeau} KBE, 1 BLK, SL wea as te Not our Abreug te One Welt » lA Woter pompes| + Dur te higty tempersters , wouter & corvettes te crank. + Steam Quape fren another woah ond rath Meat Twe LORY SsuUsTEM Tidal poser lant genome, power MH beth condftton But, tert ic not poset ete to qeneate. power contin wourly (upper ant tovoer bast — s+ Dousle bestn, S& gee + Here, hurbtne i yotaredl betewen tro bart | LRaxive axe Separctot bg the dam oofth slutu 2 Deuing WEG ide, turotne fs shut. Ane aloes. ratter to Fre wn Bastn “1 TR usater fousel reatne “WU pte each Lemer y ff ate Userter is enough Fo Opercte furbrur, Flan cblow te ater 7 from teasin } to besin 2, through turbine, Turbtur States Wo unkl Beats Verh art eat, “ spuring law bide, Ywooter-Ts alLoestel te frtoes Then Water trem Resin t prevfcourty flewe te arin a Tht GyUlt riprty and This sypcku control, Jeneraie: poorNW, Discaas Heal power generation fin Tr dtot Asa 1a. Ars and world Globally + Wel fr feo cnuntria bec France France; South Koren , Vk ,anck Corada + Relfable but (fméted duc te Inigh cocs and site Specific, requirements + Global capustty ¢Mmatl compared fo wothrel and Solar cindia é +Polentiad Stee t Gut of kadeh , Batt a Kham bat and Cunderbant «No operational Hida power plants the Airmeng of tides 2 The copliod cosh of the plent 5 @miderably large oA temparest te -the eon Vértfonel lants , pgdiededsteplonts } r Seth easittteSCedimuiation and siltation at the harme ‘ provers > tidal power ‘plan are some of he OVER cThe Sea UeeterTs mere Conesive, Thur the Uf of plant qs leas Chale and enviimmentel -toritderstion for” soft aypey, geology factors.> Actesstbfurky anc Infroutruuchiure sEauy, ACcaS fos Ineiatiatfon , Mofmlainance -and repo a Prortratty te existing grich Trprastrucdure <> Frvirenmontal and Gulal Ferentt- fostow . etonaiderstfon for tolldbife ,notse and visual fropack + (pm pakibiithy Uwth - existing bond Uae 5 AS Eocplain dry Wlomam conversion. pro tess : Ans cprig Bema veo be Gnvetel info “nergy Phrough Several jhumechemial joroten Induding lambustion, Pyolyse Liguifieabion, Hydreqenakien> Gavi fokion. > @ Com bustten Under this prowuc , Bfamaxs ts ~ burned to open Hele > The neot ed fs wtitxed for water Veoking, Sotfing prowss ard pours qenantion => yrouysts si Provess conf biormas ts Sukjectel to beh tempacture of above SOC fn absence Of al. Undugyoa partial Combustion that leads to Light oreight Soli reafdur le,thorwoal ,biv-eft > Hguifioror Aromas fs cubjtctec Fr tee temperature of 1s than 230° and high pressure mere thon TOC “In Closed Veecel. Fo producke are produced. Aquitous product cond Non~aguious produce> Hydmgeratfor ~ Bfomus ts Sv Aus c- S00"¢ betes te high tempers of mort than anc Weigh preware of- more then \@vc ~ Releatecl carbon Preidt pronesihe vtacks ett G\rulose of biomass that genera heavy opt novo 2% tei0 -oft | 7 This Ro subjected Susteren anc hystreqenationdto ae te ful ; —> Oartiitetfon > Prtexs of converting biomass fnte comburttble gua kncon & produc gas. ~ 7 te chemital composition of Carbon dimude, hyplrog an - caren. Meno de = ee Se z UG. What ts blornass feedttecle Stleattow, 9 vole art farbors to he conidacd 9 ANe Bromars feedstock selectfon ard: avpilalttity invelve Cheoctng ond suturing vartous organit. rreteriakk -for SHAY produrbiow riortiizing these. thet art surtainable, RUable, and readfty avoslable —> Toctoss to be: corsideread + Sustainability — prioritizing jestatoue trot minienize land ute, yoaber covaumption ens Soeetier Tequiremont Ts Guclal. for Ruttainalbl ty + Reliability and Avoflabilty — cheestng feed storks Shhat are consi avotlable and @n be hharvetted In e Hite ts sential for rrafntaining wuyy production ra sige “Quality — Boma should Meet artotn auauity Standort + tog ort Tromportation —bonuidert ns Let and Taher 6 feduding Uelence Ent orouarune = legit OF teonael + Brey pettty — Fedrtok wah bighs ¥ . den os they fer Kigh enagy —per- Ueliinne ose yar eee1. Baplatn -‘unvhenmentat ‘pack, of bformast povoer plant. ~ bv MS —S Del foratertion ahd Rabitet lose . Buring lbfomaxs, Aptelatuy usood > Con lead to - deforutation Gnd hab Hat lets, Tparting wrodivers ft. and ccogysterm heatth 3 Air pollution : - Bromars power plonts “an At pollutants Uke carbon diesuidle , rétrogen Oauidet and volattlt organic Cernpoundt Info: Het okrnet phot gonttouring fo oir poltutton > Wate Pollution Biomaxs produstan and procestng can contemirate useter Sourter , LOhfle thamal dischayer from pow plents con be negatively Snpadke aapabte ceosuste nu > fend Degradctfon a = Clear -eubteng for bhoma« fur wn lead'to oil eecrou, nugient deplutfoo ond deortared Soll health > Fubophietten and Vexietty - sare Biomass Power Jenerafen can. contrfute te “-tutrophitotion and toxiutty in waker Beales 4g- Explain ts formas ae toteqratest Usith other power Syste for poooer aw on fol . Gea , Nes Onernter py pee ©) ~ Hot gar pa ge SP gyi Por aati ng*Biomars feectotrek fecl into | bfomaxs plant - +The toiomas fT combuttesl.. er quzifie tr Lombuation chamber tp Produce heat or syngas - + Tht heat or syngas fs “Used to! generate: steamy vohleh drive @ turbtte +o produce. clectrtebby ’ + The bloomers plant is integratel with other poor | Systeme curr 62 Soler Or cfr pore +o previde a Stabl oO Getheste relfable energy Supply + Power generation — Preteg rerbect Qystem generode” electrivity, ushith i& feat foto the grit and. distr bustecl fo Meee egy di 1 1G. Whet-en the propetie , advantages and dradyontene of hgdioger poeney 2 — ce * Cleon Energy fourty — prsuca on! woken Vapour - : = Gnd heat nt By produce + High Bregy donefty sic rugh cnergy pe net of voulghe- sNesatilt — Used-Fn pewser generation , Fonipartation ; and Weutrvol proctateag 9 p —> Pdventages 2 Dissadvanrage + Productfon Chatlenqet — Bot penalve and wegy frtenatve + Gorage Puoc Tareportatton - Challenging dut fo Jou energy den(ty we high eordivtey eTrdastratture — Uentted Poprastructure , requuréng. the significant Povetanount yt rust skukh eXplatn ang Hhret drogen pre ductton. ne ang Py =a Fy US Huy doolysic ah water @ ¢& Hay ais MP water ik — prowe that Use eltotritity te spl sega eck PT apleoal emck Foto Hy drogen. and sagen : Process Pn Gexkrie churrent passed thre ik Wweter, causing. the uoaker Moleeule. te cplce “8 2 Oy e The Cleckrolysis Otis fF tuso electrode —3 Tht onede Cet and cathode Crqative detrese) wat the cothods , Hy dregen fons are reduced to fom - has Qe ate ¢ hoe te “A oad eS Yous ot eactdized +0 ©: xa, Cike > Or + Ain a Ace aa yg Q Ova. 2 Qetem > Vth + Or2 Theme - chernmcal preees + Gonuntmticd go ler enuay om nuclear) beak C8 Used to dutve the reaction + Tenprotue Range & between Sose to 2000 carnal vulde: redueesl, 40 1% metal form , releasing eocggen Mo -2 ™ +07 > Qty + HELOgt Ae7 1 Fmm abou Yeartfou, ft bk stem that pYOlas. Yeackiond duempesu. wet inte hydro qen- and Souygen Latina sulphur edt et ao Yeeycling medium : eThe eltetr’ial potour reapiirecl fpr This press & much less than that of a Canventtendl deouysis process hence fhe converfon egretenuy cs beter,