Analyze this term report based on these components:

Index, industry analysis, market size, competitors review, growth, technology changes, IFE, EFE, conclusions and bibliography.

please explain in detail...step by step if possible

in sncrigy efficiency. The UN incods bo creane awartncw oth ati intertatineal lesel and the acheral put a price on carton (Jan Coefce-Marlo, 2019). When indenericu woal apleas arture, they wosld to bound to pay a eertain fine and sach practicre would path them to are gramer apown like aolar panels foe their margy nowds. Conclusn assesuing ingact an onviruencent and how to devclop grovert pericoesues. There are high speculativas that poblic epinim will eventaly thapes ant moee ecuntries will move sowards it. In what specialists call "the ncet gosontive of noclen power" that are amall Switching from Fossil Fuel to Greener Fuel options etperts ate emphasiding that the world in at riak due lo increacing eminives ant gretrhube gaies. plants. Oviod thiversify atody sys that switshing from fievil farle ar nescable enorgy bas swe 2050. the ingalled wind pener capaxity secds be 6000 gifwwans, ever 10 times the existing level. we achisce this goul. (9 Reasons Wind Fown is Srill the Fuhare of Creen Facrigy) three etnes (USD 0.03 ) per kilewath hour by Dose. Otfbote wind prises art anticituled to be below acien ients, which is near the lowet end of the owol tange fue eloctricity generatim through fosil fuel. The yearly itvestenent is entwote wide ahould uiple inven USD 57 talliee in 2018 bo USD 2018 to USD 100 Lillien is Dogb ho achicve climale targets and coeinbute be alowing the rive in global secupoiatire. The alkit will have potitive aocioocosoesic effects and will provide nearly sis millien acw emphy mone opportunibes (IRENA. 2019 . Future of Nuclear Energy The firu atamic propran was the devekyencni of nuclear wrapoes, and froen that carre the use of that Iechablegy-tbe spirning of atuas- 0 produse etcergy nather thee harm. Carnently, 10tis of There have been nuncroos eflorts made so change dee global nucleat escry landvage. Stakeenerging countries ss they can develep moleir fower plants. Several couaries, sach as Pelarin. 5 again For ecample, tri-tructural isutropic (Tkiso) purticles can withotand muath highst developenents. Alsematives bo silisce solar eells have been groduced bet are not ecosonically viable as of yet. Moseover, soth costs of oclar pancls keep decreasing with inoreasing denand and better equipped installers of nicw solar cefls which frodoce bulk quantities of aclar cefles and qualify asd detreavid material toel (Reid, 2000). Developments coetinue so happen in the induatry as scicntids work en avimilating mineral efficiency (WHLT IS THE FUTURE OF SOt.AR. 3018). However, Es viahility is a cuncern fie sientists due in its harandous properties. Future of Wind Energy Wist Lnerey ts considered as a major senewable encray scrince ever the years. Sinse abos. the deployment of wind enengy has incroaed by 21% antually as many countion are etecutich it conumercially, (The Future of Wind Fnerg Surply: What To Fxpect in The Neet Ten Yeun, 2021) In the future, wind puwer has ite potential to cover more than 35 s; of the glothal power acodh is Wood Mckencic, global capacity of the wind farms is cypected ao incrrace to 330Gm in 2090 from 34GW in 2000 . Over the aed decade, it is etpected than 51 trillice nill be itresied in the offahore wind industry. (Whiting, 2022) A squarter (or wer 6.3 grigatons) of the annal CO2 cminoon redoctione will he actioud by 3060 by accelerating the deployment of wind energy in conjunstion with enhanced electificuenn By 2050, the invaliad wind poner capacity nopds be 6000 gigwarts, orer10 time the cticing level, to achicve this gool (9 Peawns Wind Powor in Seill the futhe of Grsen Fineriy) Furthermose, development of flouting wind turbines can alwo prove to be very efficient becaus this bold the key to unilizing deeper waten' offboee wind power potential, where winds are frogacntly stronger and more coesistent, In nations like lapan, which has boen looking for alhernative energy sourees after the Fukuhhima disaster in 2015 , interest in wiad power generation from floating turbines is particularly obvious. (Six of the most prooising ncw green power technologies, 3014) Afoeher tochnical agvanctnent is Biomass gasitication technology, an atvasced beosass gasification plant typically includes a pasification system that comerts solid bwomass into clean fivel gas through thenochemical prosesses that include drying. pyrolyses, and gasification stapen. (Six of the most promising new green porwer technologies, 2014) The encrgy indusifys satus quo is being challenged by wechology and innovation, forcing producers, distribsilors, to neevaluate their pecvious energy production mothods and introduce new technologies, that might inctease the sustainability of rewewable enengy sourees. (Matlos. 2017) Future of Solar Eneray The amount of enerey gathered from solar power has risen ever 300 tienes from 2000 to 2018 globally. Decrease in costa and increme ia technological developenents have collectively enhanced world's dependence en solar power evier the last twenty ycars uhich guranices increased solar usage ith fueare. Thas is likely wo poitively impact the world concerning drantie climate change and by 2030 , it is predicted so have become the most important souece of energy (Kerr, 2019). In upcoming years, the eosts associalod with solar powa generation are cepectod to falt as the cont of silicon-based solar cefls continue to fall. These cells afe assumakly going to temain in the markef in the near future as its efficiecty is being pushed through improved enginecring tricks and new develograents. Aherenives 2 silicee solar celis have bees produced but are net ecuescencally viable as of yet. Moscover, soft coecs ed solar pancls kesp docreasing with increasing demand and berser cquipped installen of new solar cells which produce tell quantities of solar cells and Introduction oil or gab fewerves, trilling, asy refining. Companiss in the cocreg indentry are claasifisd hasd an how the encrgy is sourved such as noo renowables or fossil fuds and roocuibles wod a solar. In clactricity frem carbon soerces than fossil fucks. Invesiments are now focused es clean enory like solar and wind pewer fo roduce the harn thut older methods ued to cause so the crinirument. There is work going an for fature integration of both finsil fuch (nafural gas, erude ail) with rencwable fuels (biofuels from woody mass, vegrable eil, animal waste cke) and energy (from windmills and solar pancls) in the scfinery and petrechenical industry of the future. This paper advanctments and formation of systems foe making use of stnewable enctgy wources. Technical Advances in the Energy Production The nowd for urgest and setainable ways is mergy production with minimum grecthuses gat chissions is quite clear, this neol can obly be fulfilled theoveh new and emorging escry techsologies. Many developel develoging nations moved trwards utilieing recewable rruoces of through Solar panclis, wind burhites, dams rete, but wo make the proces more efficient and fast bert have beon tecthological advances in the utilization of rencuatle energy sonces. Fintly, se improve the explidation of Solar cnersy, Concentrating Solar fywer (CSp) which use mirtors bo Lifect venlight onte a rectiver that cellects it and trandotms it iato heal for electricity generation. Arcund the world, many CSP plath ane now being develepod. tSix of the mail pramising now grew posir tecthologies. 2014) 2 Furtermore, developennt of floating wind turbines can alse peove to be very efficient becane this hold the key to veliking derper wates' offshene wind power potentiat, where winds are frequenily anoonger and more consisient. In natioes like Jagan, which has been booking for in sncrigy efficiency. The UN incods bo creane awartncw oth ati intertatineal lesel and the acheral put a price on carton (Jan Coefce-Marlo, 2019). When indenericu woal apleas arture, they wosld to bound to pay a eertain fine and sach practicre would path them to are gramer apown like aolar panels foe their margy nowds. Conclusn assesuing ingact an onviruencent and how to devclop grovert pericoesues. There are high speculativas that poblic epinim will eventaly thapes ant moee ecuntries will move sowards it. In what specialists call "the ncet gosontive of noclen power" that are amall Switching from Fossil Fuel to Greener Fuel options etperts ate emphasiding that the world in at riak due lo increacing eminives ant gretrhube gaies. plants. Oviod thiversify atody sys that switshing from fievil farle ar nescable enorgy bas swe 2050. the ingalled wind pener capaxity secds be 6000 gifwwans, ever 10 times the existing level. we achisce this goul. (9 Reasons Wind Fown is Srill the Fuhare of Creen Facrigy) three etnes (USD 0.03 ) per kilewath hour by Dose. Otfbote wind prises art anticituled to be below acien ients, which is near the lowet end of the owol tange fue eloctricity generatim through fosil fuel. The yearly itvestenent is entwote wide ahould uiple inven USD 57 talliee in 2018 bo USD 2018 to USD 100 Lillien is Dogb ho achicve climale targets and coeinbute be alowing the rive in global secupoiatire. The alkit will have potitive aocioocosoesic effects and will provide nearly sis millien acw emphy mone opportunibes (IRENA. 2019 . Future of Nuclear Energy The firu atamic propran was the devekyencni of nuclear wrapoes, and froen that carre the use of that Iechablegy-tbe spirning of atuas- 0 produse etcergy nather thee harm. Carnently, 10tis of There have been nuncroos eflorts made so change dee global nucleat escry landvage. Stakeenerging countries ss they can develep moleir fower plants. Several couaries, sach as Pelarin. 5 again For ecample, tri-tructural isutropic (Tkiso) purticles can withotand muath highst developenents. Alsematives bo silisce solar eells have been groduced bet are not ecosonically viable as of yet. Moseover, soth costs of oclar pancls keep decreasing with inoreasing denand and better equipped installers of nicw solar cefls which frodoce bulk quantities of aclar cefles and qualify asd detreavid material toel (Reid, 2000). Developments coetinue so happen in the induatry as scicntids work en avimilating mineral efficiency (WHLT IS THE FUTURE OF SOt.AR. 3018). However, Es viahility is a cuncern fie sientists due in its harandous properties. Future of Wind Energy Wist Lnerey ts considered as a major senewable encray scrince ever the years. Sinse abos. the deployment of wind enengy has incroaed by 21% antually as many countion are etecutich it conumercially, (The Future of Wind Fnerg Surply: What To Fxpect in The Neet Ten Yeun, 2021) In the future, wind puwer has ite potential to cover more than 35 s; of the glothal power acodh is Wood Mckencic, global capacity of the wind farms is cypected ao incrrace to 330Gm in 2090 from 34GW in 2000 . Over the aed decade, it is etpected than 51 trillice nill be itresied in the offahore wind industry. (Whiting, 2022) A squarter (or wer 6.3 grigatons) of the annal CO2 cminoon redoctione will he actioud by 3060 by accelerating the deployment of wind energy in conjunstion with enhanced electificuenn By 2050, the invaliad wind poner capacity nopds be 6000 gigwarts, orer10 time the cticing level, to achicve this gool (9 Peawns Wind Powor in Seill the futhe of Grsen Fineriy) Furthermose, development of flouting wind turbines can alwo prove to be very efficient becaus this bold the key to unilizing deeper waten' offboee wind power potential, where winds are frogacntly stronger and more coesistent, In nations like lapan, which has boen looking for alhernative energy sourees after the Fukuhhima disaster in 2015 , interest in wiad power generation from floating turbines is particularly obvious. (Six of the most prooising ncw green power technologies, 3014) Afoeher tochnical agvanctnent is Biomass gasitication technology, an atvasced beosass gasification plant typically includes a pasification system that comerts solid bwomass into clean fivel gas through thenochemical prosesses that include drying. pyrolyses, and gasification stapen. (Six of the most promising new green porwer technologies, 2014) The encrgy indusifys satus quo is being challenged by wechology and innovation, forcing producers, distribsilors, to neevaluate their pecvious energy production mothods and introduce new technologies, that might inctease the sustainability of rewewable enengy sourees. (Matlos. 2017) Future of Solar Eneray The amount of enerey gathered from solar power has risen ever 300 tienes from 2000 to 2018 globally. Decrease in costa and increme ia technological developenents have collectively enhanced world's dependence en solar power evier the last twenty ycars uhich guranices increased solar usage ith fueare. Thas is likely wo poitively impact the world concerning drantie climate change and by 2030 , it is predicted so have become the most important souece of energy (Kerr, 2019). In upcoming years, the eosts associalod with solar powa generation are cepectod to falt as the cont of silicon-based solar cefls continue to fall. These cells afe assumakly going to temain in the markef in the near future as its efficiecty is being pushed through improved enginecring tricks and new develograents. Aherenives 2 silicee solar celis have bees produced but are net ecuescencally viable as of yet. Moscover, soft coecs ed solar pancls kesp docreasing with increasing demand and berser cquipped installen of new solar cells which produce tell quantities of solar cells and Introduction oil or gab fewerves, trilling, asy refining. Companiss in the cocreg indentry are claasifisd hasd an how the encrgy is sourved such as noo renowables or fossil fuds and roocuibles wod a solar. In clactricity frem carbon soerces than fossil fucks. Invesiments are now focused es clean enory like solar and wind pewer fo roduce the harn thut older methods ued to cause so the crinirument. There is work going an for fature integration of both finsil fuch (nafural gas, erude ail) with rencwable fuels (biofuels from woody mass, vegrable eil, animal waste cke) and energy (from windmills and solar pancls) in the scfinery and petrechenical industry of the future. This paper advanctments and formation of systems foe making use of stnewable enctgy wources. Technical Advances in the Energy Production The nowd for urgest and setainable ways is mergy production with minimum grecthuses gat chissions is quite clear, this neol can obly be fulfilled theoveh new and emorging escry techsologies. Many developel develoging nations moved trwards utilieing recewable rruoces of through Solar panclis, wind burhites, dams rete, but wo make the proces more efficient and fast bert have beon tecthological advances in the utilization of rencuatle energy sonces. Fintly, se improve the explidation of Solar cnersy, Concentrating Solar fywer (CSp) which use mirtors bo Lifect venlight onte a rectiver that cellects it and trandotms it iato heal for electricity generation. Arcund the world, many CSP plath ane now being develepod. tSix of the mail pramising now grew posir tecthologies. 2014) 2 Furtermore, developennt of floating wind turbines can alse peove to be very efficient becane this hold the key to veliking derper wates' offshene wind power potentiat, where winds are frequenily anoonger and more consisient. In natioes like Jagan, which has been booking for