IMarike yeGlobal Solar Inverter: IiNdlela zokuKhula kunye neNjongo yexesha elizayo

IMarike yeGlobal Solar Inverter: IiNdlela zokuKhula kunye neNjongo yexesha elizayo

1. IiNdlela zokuKhula kweMarike

1.1 Idatha yokuKhula kwezeMbali kunye noHlahlelo
Imarike yesolar inverter yehlabathi ibonise ukukhula okubonakalayo kule minyaka ilishumi idlulileyo. Ngo-2015, imakethi ye-solar inverter yehlabathi ibimalunga ne-15 yeebhiliyoni zeedola, kwaye ngo-2020 iya kukhula iye kuthi ga kwi-25 yeebhiliyoni zeedola zaseMelika, kunye nesantya sokukhula sonyaka (CAGR) se-10%. Oku kukhula kubangelwe ikakhulu kugxininiso lwehlabathi kumandla ahlaziyekayo kunye nokuhla okuqhubekayo kweendleko zokuvelisa umbane welanga.
Ukukhuthazwa komgaqo-nkqubo: Amazwe amaninzi kunye nemimandla iye yazisa imigaqo-nkqubo yokukhuthaza ukuveliswa kwamandla elanga, njengenkxaso-mali kunye nenkuthazo yerhafu, eziye zakhuthaza kakhulu imfuno ye-solar inverters. Umzekelo, umgaqo-nkqubo wenkxaso karhulumente waseJamani kwiiprojekthi zokuvelisa umbane welanga wenze iJamani yaba yenye yeemarike ezibalulekileyo zeziguquli zelanga kwihlabathi.
Inkqubela yezobuchwephesha: Itekhnoloji ye-inverters yelanga iqhubekile phambili, kwaye ukusebenza kakuhle kunye nokuthembeka kuye kwaphuculwa kakhulu. Ukusuka kwii-inverters zendabuko ukuya kwii-inverters zentambo zanamhlanje, ukusebenza kakuhle kokuguqulwa kuye kwanda ukusuka kwi-90% ukuya ngaphezu kwe-99%, enganciphisi nje iindleko zokuvelisa amandla, kodwa iphucula ukuzinza kunye nokuguquguquka kwenkqubo.
Ukuhanjiswa kweemarike: I-Asia Pacific yeyona ndawo ikhula ngokukhawuleza kwimarike ye-solar inverter ye-solar, kunye nesabelo semarike ye-40% ngo-2020. I-China kunye ne-Indiya zezona ntengiso ziphambili kulo mmandla, kwaye umthamo ofakwe ngelanga kula mazwe mabini uyaqhubeka nokukhula, uqhuba imfuno yemarike ye-solar inverters. IYurophu kunye noMntla Melika nazo zigcine ukukhula okuzinzileyo, zibalelwa kwi-30% kunye ne-20% yemarike yehlabathi ngo-2020, ngokulandelelanayo.
1.2 Idatha yokukhula kwangaphambili kunye nohlalutyo
Kwiminyaka emihlanu ezayo, ihlabathiinverter yelangaimarike kulindeleke ukuba iqhubeke ukukhula ngokukhawuleza. Ngokwamaziko ophando lwemakethi, imakethi yesolar inverter yehlabathi iya kufikelela kwi-40 yeebhiliyoni zeedola zaseMelika ngo-2025, ngesantya sokukhula sonyaka (CAGR) se-12%.
Ukukhula kweemarike ezikhulayo: Ngokunyuka kwemfuno yehlabathi yamandla ahlaziyekayo, imakethi yesolar inverter kwezinye iimarike ezivelayo ezifana ne-Afrika kunye noMzantsi Melika nazo ziya kuzisa uphuhliso olukhawulezayo. Le mimandla ityebile kwimithombo yelanga kwaye inesidingo esingxamisekileyo seziseko zombane, ibonelela ngendawo ebanzi yophuhliso lwemarike yesolar inverter.
Ukuqhutyelwa yi-teknoloji entsha: Kwixesha elizayo, iteknoloji ye-solar inverter iya kuhlawula ngakumbi kwi-intelligence kunye nokudibanisa. Ngokomzekelo, ii-inverters ezihlakaniphile zinokufikelela ekubekweni kweliso kude, ukuxilongwa kwempazamo kunye nokusebenza kakuhle, ukuphucula ukusebenza ngokubanzi kunye nokusebenza kunye nokusebenza kakuhle kwenkqubo. Ukongeza, ngophuhliso lwetekhnoloji yokugcina amandla, imfuno yentengiso yee-inverters zokugcina amandla nayo iya kwanda, ibonelela ngempembelelo entsha yokukhula kwemarike.
Ukunciphisa iindleko: Njengoko iteknoloji ikhula kwaye umphumo wesikali uvela, iindleko ze-inverters zelanga ziya kuncitshiswa ngakumbi. Oku kuya kwenza ukuveliswa kwamandla elanga kuqoqosho ngakumbi kwaye kukhuthaze ngakumbi ukukhula kwemfuno yemarike. Kulindeleke ukuba ngo-2025, ixabiso leyunithi yee-inverters zelanga liya kuba malunga ne-20% ngaphantsi kwe-2020.
Ukudityaniswa kweshishini: Kwiminyaka embalwa ezayo, ishishini lokuguqula amandla elanga linokubona inqanaba elithile lokudityaniswa. Ezinye iinkampani ezincinci zinokufunyanwa okanye zidityaniswe ziinkampani ezinkulu, kwaye ugxininiso lweshishini luya kuphuculwa ngakumbi. Oku kuya kunceda ekuphuculeni ukhuphiswano lulonke lweshishini kunye nokukhuthaza uphuhliso olusempilweni lwemarike.

2. Abaqhubi bokukhula

2.1 Ukukhula kwemfuno yamandla ahlaziyekayo
Ngokugxininiswa kwehlabathi ekukhuselweni kwendalo kunye nophuhliso oluzinzileyo, imfuno yamandla avuselelekayo iyaqhubeka nokunyuka. Njengomthombo wamandla acocekileyo nohlaziyekayo, amandla elanga anesakhono esikhulu sophuhliso. Njengesinye sezixhobo eziphambili zenkqubo yokuvelisa amandla elanga, imfuno yentengiso yee-inverters zelanga nayo yonyukile ngokufanelekileyo.
Iimfuno zenguqu yamandla: Ubume bamandla ehlabathi buguqukela kwicala lekhabhoni ephantsi kunye nohlaza, kwaye umyinge wamandla elanga ekuboneleleni kwamandla uyakhula ngokuthe ngcembe. Ngokutsho kwe-International Energy Agency (IEA), ngo-2030, ukuveliswa kwamandla elanga elanga kuya kuphendula malunga ne-20% yokuvelisa amandla ehlabathi. Oku kuya kukhuthaza kakhulu uphuhliso lwemarike ye-solar inverter.
I-Populalization yokuveliswa kwamandla e-photovoltaic esasazwayo: Iinkqubo zokuvelisa amandla e-photovoltaic ezisasazwayo zisetyenziswa kakhulu kwiindawo zokuhlala, izakhiwo zorhwebo kunye neendawo zoshishino. Xa kuthelekiswa nokuveliswa kwamandla elanga kumbindi, iinkqubo zokuvelisa amandla e-photovoltaic ezisasazwayo zineenzuzo zokuguquguquka okuphezulu kunye nokufakwa lula. Ii-inverters zelanga zidlala indima ephambili kwiinkqubo zokuvelisa amandla e-photovoltaic, kwaye imfuno yabo yemarike iye yanda ngokufanelekileyo. Ngokwezibalo, ngo-2020, umthamo ofakiweyo weenkqubo zokuvelisa amandla e-photovoltaic ezisasazwa kwihlabathi jikelele zibalelwa malunga ne-40% yomthamo ofakiweyo wamandla elanga, kwaye lo mlinganiso uye wanda unyaka nonyaka.
2.2 Inkxaso yomgaqo-nkqubo kunye nenkxaso
Ukuze kukhuthazwe uphuhliso lwamandla avuselelekayo, oorhulumente bamazwe ahlukeneyo baye bazisa uluhlu lwemigaqo-nkqubo yenkxaso kunye nemilinganiselo yenkxaso-mali, eye yadlala indima ebalulekileyo ekukhuthazeni uphuhliso lwemarike ye-solar inverter.
Umgaqo-nkqubo wenkxaso-mali: Amazwe amaninzi kunye nemimandla ibonelela ngenkxaso-mali yeeprojekthi zokuvelisa umbane welanga, nto leyo enciphisa iindleko zokuvelisa umbane welanga nokuphucula uqoqosho nokhuphiswano lokuveliswa kombane welanga. Umzekelo, umgaqo-nkqubo wenkxaso karhulumente waseJamani kwiiprojekthi zokuvelisa umbane welanga wenze iJamani yaba yenye yeemarike ezibalulekileyo zeziguquli zelanga kwihlabathi. Ukongeza, i-United States, i-China kunye namanye amazwe baye bazisa imigaqo-nkqubo efanayo yenkxaso-mali ukukhuthaza uphuhliso lwemarike ye-solar inverter.
Inkqubo yomthamo wamandla ahlaziyekayo: Amanye amazwe kunye nemimandla aphumeze inkqubo yolwabiwo lwamandla ahlaziyekayo, efuna ukuba ababoneleli bamandla babe nomlinganiselo othile wombane osuka kumandla ahlaziyekayo. Oku kubangele ababoneleli bamandla ukuba banyuse utyalo-mali lwabo kwiiprojekthi zokuvelisa umbane welanga, ngaloo ndlela beqhuba imfuno yentengiso yeziguquli zelanga. Ngokomzekelo, inkqubo ye-quota yamandla ahlaziyekayo e-United States idinga ababoneleli bamandla kwilizwe ngalinye ukuba bafezekise umlinganiselo othile wokuveliswa kwamandla avuselelekayo ngo-2030, obonelela ngesithuba esibanzi sophuhliso lwemarike ye-solar inverter.
Inkuthazo yerhafu: Urhulumente ukwakhuthaza uphuhliso lweeprojekthi zokuvelisa umbane welanga ngokusebenzisa inkuthazo yerhafu. Umzekelo, iikhredithi zerhafu zinikwa ukuthengwa kwezixhobo zokuvelisa umbane welanga, kwaye ukukhululwa kwirhafu yengeniso kunikwa iinkampani ezivelisa umbane welanga. Ezi nkuthazo zerhafu zinciphisa iindleko zotyalo-mali kwiiprojekthi zokuvelisa umbane welanga, zonyuse izinga lokubuyiswa kweeprojekthi, kwaye zikhuthaze uphuhliso lwemalike yesolar inverter.

3. Uphuhliso lobuchwephesha kunye nokusungula izinto ezintsha

3.1 Ukuphuculwa kobuchule
Ukuphuculwa okusebenzayo kwee-inverters zelanga yenye yeendlela ezibalulekileyo zophuhliso lwezobuchwepheshe. Kwiminyaka yakutshanje, kunye nokuqhubela phambili kwetekhnoloji, ukuguqulwa kokusebenza kwee-solar inverters kuye kwaphuculwa kakhulu.
Ukuphuculwa kweteknoloji ye-Hardware: Ukusetyenziswa kwezinto ezintsha ze-semiconductor yenye yezinto eziphambili zokuphucula ukusebenza kakuhle kwee-inverters. Ngokomzekelo, izixhobo ze-semiconductor ezibanzi ze-bandgap ezifana ne-silicon carbide (SiC) kunye ne-gallium nitride (i-GaN) ine-frequency switching frequency kunye nelahleko ephantsi yokuqhuba, enokuphucula kakhulu ukuguqulwa kokusebenza kwee-inverters. Ngokophando, ukuguqulwa kokusebenza kwee-inverters usebenzisa izixhobo ze-silicon carbide kunokuphuculwa nge-2% - 3% xa kuthelekiswa nezixhobo zendabuko ezisekelwe kwi-silicon. Ukongeza, uyilo olulungisiweyo lwesekethe kunye neteknoloji esebenzayo yokulahla ubushushu nayo idlala indima ebalulekileyo ekuphuculeni ukusebenza kakuhle. Ngokuphucula inkqubo yokutshatyalaliswa kobushushu, ukushisa kwe-inverter ngexesha lokusebenza kunokunciphisa ngokufanelekileyo, kwaye ukusebenza kwayo kunye nokuzinza kwayo kunokuphuculwa.
Ukulungiswa kwe-algorithm yeSoftware: Ii-algorithms zolawulo oluphezulu zinokulawula ngcono imeko yokusebenza ye-inverter kunye nokuphucula ukusebenza kwayo phantsi kweemeko ezahlukeneyo zokusebenza. Ngokomzekelo, ukulungiswa okuqhubekayo kwe-algorithm ephezulu yokulandelela amandla (MPPT) kwenza ukuba i-inverter ilandele ngokuchanekileyo indawo ephezulu yamandla epaneli yelanga, ngaloo ndlela ikhulise ukusetyenziswa kwamandla elanga. Okwangoku, ezinye ii-algorithms ze-MPPT eziphambili zinokunyusa ukuchaneka kokulandelela ukuya ngaphezu kwe-99% phantsi kokukhanya okunzima kunye neemeko zokushisa. Ukongeza, inkqubo yolawulo lwamandla akrelekrele inokulungelelanisa ngamandla amandla okuphuma kwe-inverter ngokweemfuno zegridi yamandla kunye nemeko eyiyo yokuvelisa amandla elanga, ngakumbi ukuphucula ukusebenza kakuhle kwenkqubo.
3.2 Ubukrelekrele kunye nedijithali
Ngophuhliso lwetekhnoloji efana ne-Intanethi yeZinto, idatha enkulu kunye nobukrelekrele bokwenziwa, ii-inverters zelanga zihambela kubukrelekrele kunye nedijithali.
Ukubekwa esweni okude kunye nokuxilongwa kwempazamo: Abaguquli belanga abakrelekrele banemisebenzi yokubeka iliso ekude, kwaye abasebenzisi banokujonga imeko yokusebenza ye-inverter nanini na naphi na nge-Intanethi, kubandakanya iiparamitha eziphambili ezifana nokuveliswa kwamandla, ukusebenza kakuhle koguqulo, kunye nobushushu. Ngexesha elifanayo, usebenzisa uhlalutyo olukhulu lwedatha kunye ne-algorithms yokufunda koomatshini, i-inverter inokufezekisa isilumkiso sokuqala kunye nokuxilongwa ngokuzenzekelayo kweempazamo. Ngokomzekelo, ngokuhlalutya inani elikhulu ledatha yokusebenza, inkqubo inokuchonga iindlela ezinokuthi zenzeke kwaye ikhuphe i-alamu ngaphambi kokuba kwenzeke iphutha, ukukhumbuza abasebenzisi ukuba benze ukugcinwa kwexesha. Ngokwezibalo, inkqubo yokuxilongwa kwempazamo ehlakaniphile inokunciphisa ixesha lokuphendula iphutha ngaphezu kwe-50%, iphucula kakhulu ukuthembeka kunye nokusebenza kunye nokusebenza kakuhle kwenkqubo.
Ukusebenza okuphuculweyo okunengqondo: Ngoncedo lwetekhnoloji yobukrelekrele bokwenziwa, ii-solar inverters zinokuhlengahlengisa ngokuzenzekelayo iiparameters zokusebenza ngokwexesha langempela ledatha yokusingqongileyo kunye neemfuno zegridi yamandla ukuphumeza umsebenzi owenziwe ngobukrelekrele. Ngokomzekelo, ngokufunda iimpawu zokuphuma kweepaneli zelanga phantsi kweemeko ezahlukeneyo zokukhanya kunye nokushisa, i-inverter inokulungelelanisa ngokuzenzekelayo iiparitha ze-algorithm ye-MPPT ukufezekisa ukusebenza kakuhle kokuveliswa kwamandla. Ukongeza, i-smart inverter inokusebenza kunye nenkqubo yokugcina amandla ukukhulisa isicwangciso sokutshaja kunye nokukhutshwa kwenkqubo yokugcina amandla ngokwemiqathango yomthwalo wegridi yamandla kunye nokuguquguquka kwamaxabiso ombane, ngaloo ndlela kuphuculwe uqoqosho kunye nokuzinza kwenkqubo. Ngokutsho kophando, umsebenzi wokuphucula ohlakaniphile unokuphucula ukusebenza ngokubanzi kwenkqubo yokuvelisa amandla elanga nge-10% - 15%.
Ukudityaniswa kwedijithali kunye nokulungelelaniswa: Ukudityaniswa kwedijithali kwee-inverters zelanga kubenza bakwazi ukulungelelanisa ngakumbi nezinye izixhobo zamandla kunye neenkqubo. Ngokomzekelo, kwi-microgrid, i-inverter inokunxibelelana kunye nokusebenzisana nenkqubo yolawulo lwamandla osasazwayo (DERMS) ukufezekisa ukucwangciswa okudibeneyo kunye nolawulo olufanelekileyo lwemithombo yamandla amaninzi. Ngokusebenzisa i-digital interface, i-inverter inokudlulisa idatha yayo yokusebenza kunye nolwazi lokuvelisa amandla kwi-DERMS ngexesha langempela, kwaye ifumane imiyalelo yokulawula ye-DERMS ngexesha elifanayo, ukuze kufezekiswe ulawulo oluchanekileyo lokuveliswa kwamandla elanga kunye nokusebenza okuhambelanayo kunye neminye imithombo yamandla. Oku kudityaniswa kwedijithali akuphuculi kuphela ukusebenza kakuhle kunye nokuthembeka kwe-microgrid, kodwa inika inkxaso eqinileyo yokusetyenziswa ngokufanelekileyo kwamandla kunye nophuhliso oluzinzileyo.

4. Uhlalutyo lweMarike yeNgingqi

4.1 IMarike yaseMntla yaseMelika
UMntla Melika yenye yeemakethi ezibalulekileyo zee-inverters zelanga emhlabeni, ngokukhula okuphezulu kunye nokukhula okuzinzileyo.
Ubungakanani beMarike kunye nokuKhula: Ngo-2020, ubungakanani bemakethi yoguqulo lwelanga yaseMntla Melika malunga ne-5 yeebhiliyoni zeedola, ibalelwa malunga ne-20% yemarike yehlabathi. Kulindeleke ukuba ngo-2025, ubungakanani beemarike kummandla buza kufikelela kwi-7 yeebhiliyoni zeedola zaseMelika, kunye nezinga lokukhula lonyaka elihlanganisiweyo (CAGR) ye-7%. I-United States yeyona ntengiso iphambili kuMntla Merika, kwaye amandla ayo afakwe elanga ayaqhubeka nokukhula, eqhuba imfuno yeziguquli zelanga.
Inkxaso yoMgaqo-nkqubo: Urhulumente wase-US uye wazisa uluhlu lwemigaqo-nkqubo yokuxhasa ukuphuhliswa kwamandla elanga, njengomgaqo-nkqubo weRhafu yeRhafu yoTyalo-mali (i-ITC), ebonelela ngetyala lerhafu ye-30% yerhafu yotyalo-mali kwiiprojekthi zokuvelisa umbane welanga, ukukhuthaza kakhulu uphuhliso lwemarike ye-solar inverter. Ukongeza, abanye oorhulumente bamazwe baye baqulunqa inkqubo ye-quota yamandla avuselelekayo, efuna ukuba ababoneleli bamandla banyuse umlinganiselo wokusetyenziswa kwamandla avuselelekayo, okukhuthaza ngakumbi imfuno yemarike yee-inverters zelanga.
I-Technology Innovation kunye ne-Application: INorth America ikwindawo ehamba phambili kwi-solar inverter technology innovation. Iinkampani ezininzi zizinikele kuphando kunye nophuhliso lweemveliso ezikrelekrele nezisebenzayo ze-inverter. Ngokomzekelo, ezinye iinkampani ziye zaphuhlisa ii-inverters ezinokubeka iliso ezikrelekrele kunye nemisebenzi yokuphucula, enokuphucula ukusebenza kakuhle kunye nokuthembeka kwenkqubo. Ukongezelela, ngokuphuhliswa kobugcisa bokugcina amandla, ukusetyenziswa kwee-inverters zokugcina amandla eNyakatho Melika kuye kwanda ngokuthe ngcembe, ukubonelela ngenkxaso yokusebenza ngokuzinzile kweenkqubo zokuvelisa amandla elanga.
Ipateni yokhuphiswano lweMakethi: Imarike yesolar yaseMntla yaseMelika inokhuphiswano oluphezulu, kwaye abathathi-nxaxheba abaphambili babandakanya iinkampani zasekhaya ezinjengeSolarEdge, i-Enphase, njl., kunye neenkampani ezithile ezaziwayo kumazwe ngamazwe. Ezi nkampani zikhuphisana ngokwezinto ezintsha zobuchwepheshe, umgangatho wemveliso kunye neendlela zentengiso, ezikhuthaze uphuhliso lweshishini lonke.
4.2 Imarike yaseYurophu
IYurophu iyinxalenye ebalulekileyo yemarike yesolar inverter yehlabathi, enendawo yentengiso eqolileyo kunye nenqanaba eliphezulu letekhnoloji.
Ubungakanani bemakethi kunye nokukhula: Ngo-2020, ubungakanani bemakethi ye-solar inverter yaseYurophu yayimalunga ne-7.5 yeebhiliyoni zeedola, ibalwa malunga ne-30% yemarike yehlabathi. Kulindeleke ukuba ngo-2025, ubungakanani bemarike kummandla buza kufikelela kwi-10 yeebhiliyoni zeedola zaseMelika, kunye nesantya sokukhula komndilili wonyaka (CAGR) we-8%. IJamani, iFransi, i-Itali kunye namanye amazwe ngawona mazwe anemfuno ephambili kwimakethi ye-solar inverter yaseYurophu. Ukonyuka komthamo wokufakelwa kwamandla elanga kula mazwe kuqhubele phambili uphuhliso lwentengiso ye-inverter.
Ukukhuthazwa komgaqo-nkqubo: Oorhulumente baseYurophu baye bazisa uluhlu lwemigaqo-nkqubo yokukhuthaza ukuphuhliswa kwamandla elanga, njengenkxaso-mali, inkuthazo yerhafu kunye neenkqubo ze-quota zamandla avuselelekayo. Umzekelo, urhulumente waseJamani unike inkxaso-mali ephezulu kwiiprojekthi zokuvelisa umbane welanga, nto leyo eye yanciphisa iindleko zokuvelisa umbane welanga kwaye yaphucula ukukhuphisana kwayo kwimarike. Ukongezelela, i-EU's Renewable Energy Directive ifuna amazwe angamalungu ukuba afezekise umlinganiselo othile wamandla ahlaziyekayo ekusebenziseni amandla ngo-2030, onika indawo ebanzi yokuphuhliswa kwemarike ye-solar inverter.
Itekhnoloji kunye neendlela zokusetyenziswa: IYurophu ibisoloko ikwindawo ehamba phambili kwitekhnoloji ye-inverter yelanga, igxile ekusebenzeni kakuhle, ukuthembeka kunye nobukrelekrele beemveliso. Iinkampani ezininzi zizinikele kuphando kunye nophuhliso lweemveliso ze-inverter ezinemisebenzi efana nokuguqulwa okusebenzayo, ukubeka iliso okukrelekrele kunye nokuxilongwa kwempazamo. Ngokomzekelo, ezinye ii-inverters eziphambili zisebenzisa izinto ezintsha ze-semiconductor ezifana ne-silicon carbide (SiC) ukuphucula ukusebenza kakuhle kokuguqulwa kunye nokuzinza kwenkqubo. Ukongeza, ngokusasazwa kokuveliswa kwamandla e-photovoltaic, imfuno yee-inverters ezifanelekileyo kwiinkqubo ezincinci ezisasazwa kwimarike yaseYurophu nayo iyanda.
Ipateni yokhuphiswano lwemarike: Imarike yelanga yaseYurophu yokuguqula amandla elanga inokhuphiswano oluphezulu, kwaye iinkampani zasekhaya ezinjenge-SMA kunye noFronius zinokhuphiswano olomeleleyo lwemarike. Kwangaxeshanye, iinkampani ezaziwayo kumazwe ngamazwe nazo ziyawandisa amashishini azo kulo mmandla. Ezi nkampani zikhuphisana ngesabelo semarike ngokusungula izinto ezintsha zobuchwepheshe, ukwahlula kweemveliso kunye nokwakhiwa kwetshaneli yentengiso, nto leyo ekhuthaze inkqubela phambili yobuchwepheshe kunye nophuhliso lwemarike yoshishino.
4.3 IMarike yaseAsia-Pacific
Ummandla we-Asia-Pacific ngowona mmandla ukhula ngokukhawuleza kwimakethi ye-solar inverter yehlabathi kwaye inamandla amakhulu entengiso.
Ubungakanani bemakethi kunye nokukhula: Ngo-2020, ubungakanani bemarike yee-inverters zelanga kummandla we-Asia-Pacific babumalunga ne-10 yeebhiliyoni zeedola, kubalelwa malunga ne-40% yemarike yehlabathi. Kulindeleke ukuba ngo-2025, ubungakanani beemarike kummandla buza kufikelela kwi-16 yeebhiliyoni zeedola zaseMelika, kunye nesantya sokukhula komndilili wonyaka (CAGR) we-10%. I-China kunye ne-Indiya zezona ntengiso ziphambili kwingingqi ye-Asia-Pacific. Umthamo wokufakwa kwelanga kula mazwe mabini uyaqhubeka ukukhula ngokukhawuleza, uqhuba imfuno yentengiso yee-inverters zelanga. Ukongeza, amazwe afana neJapan kunye noMzantsi Korea nawo akhuthaze ngenkuthalo uphuhliso lweeprojekthi zokuvelisa amandla elanga, ebonelela ngamandla kuhlumo lwemarike.
Umgaqo-nkqubo kunye nokuqhuba imarike: Oorhulumente kummandla we-Asia-Pacific baye bazisa imigaqo-nkqubo yokuxhasa ukuphuhliswa kokuveliswa kwamandla elanga. Ngokomzekelo, urhulumente waseTshayina uphumeze imigaqo-nkqubo efana ne "photovoltaic poverty alleviation" kunye "nokusasazwa kwenkxaso-mali yokuvelisa amandla e-photovoltaic", eziye zavuselela kakhulu imfuno ye-solar inverter market. Urhulumente waseIndiya ukwamisele iinjongo zophuhliso lwamandla elanga amabhongo, ecwangcisa ukuphumeza amandla elanga afakelweyo angama-280 GW ngo-2030, obonelela ngendawo ebanzi yophuhliso lwemarike yesolar inverter.
Uphuhliso lweTekhnoloji kunye nokusetyenziswa: Ummandla we-Asia-Pacific uye waphuhliswa ngokukhawuleza kwi-teknoloji ye-inverter yelanga, kwaye iinkampani ziye zaqhubeka zandisa utyalo-mali lwe-R & D ukuphucula ukusebenza kunye nokuthembeka kweemveliso zabo. Iinkampani zaseTshayina zokuguqula amandla elanga zenze inkqubela phambili ebonakalayo kubuchule obutsha, kwaye iimveliso zabo zikhuphisana kakhulu kwiimarike zasekhaya nezangaphandle. Umzekelo, ezinye iinkampani ziye zaphuhlisa iimveliso ze-inverter ezinoguqulo oluphezulu, ukubeka iliso ngobukrelekrele kunye nemisebenzi yokulawula kude, ukuhlangabezana nemfuno yemarike yokusebenza okuphezulu kunye neemveliso ezikrelekrele. Ukongeza, ngokusasazwa kokuveliswa kwamandla e-photovoltaic, imfuno yee-inverters ezifanelekileyo kwiinkqubo ezincinci ezisasazwe kwingingqi ye-Asia-Pacific nayo iyanda.
Ipatheni yokhuphiswano lwemarike: Imakethi yesolar inverter kwingingqi yeAsia-Pacific inokhuphiswano kakhulu, kwaye iinkampani zaseTshayina ezinje ngeHuawei kunye neSungrow zithatha isabelo esikhulu sentengiso kulo mmandla. Kwangaxeshanye, iinkampani ezaziwayo kumazwe ngamazwe nazo ziyawandisa amashishini azo. Ezi nkampani zikhuphisana ngesabelo semarike ngokusungula izinto ezintsha zobuchwepheshe, ukwahlula kweemveliso kunye nokwakhiwa kwejelo lemarike, nto leyo ekhuthaze inkqubela phambili yezobuchwephesha kunye nophuhliso lwemarike.

5. IMeko yoKhuphiswano

5.1 Uhlalutyo lweeNkampani eziNqununu
Imarike yesolar inverter yehlabathi ikhuphisana kakhulu, kwaye iinkampani ezininzi zithathe indawo yentengiso ngezibonelelo zazo zetekhnoloji, amajelo entengiso kunye nefuthe lophawu. Oku kulandelayo luhlalutyo lweenkampani ezinkulu:
IHuawei
Amandla oBugcisa: IHuawei inamandla e-R&D eyomeleleyo kwintsimi yee-inverters zelanga. Iimveliso zayo zisebenzisa itekhnoloji yedijithali ephucukileyo kunye nee-algorithms ezikrelekrele ukufezekisa ukuguqulwa kwamandla okusebenzayo kunye nokubeka iliso elikrelekrele. Ngokomzekelo, isisombululo se-photovoltaic sikaHuawei sisebenzisa i-inverters yentambo ehlakaniphile kwaye idibanisa iteknoloji yokuxilongwa kwe-IV ehlakaniphile ukufezekisa ukubeka iliso ngokuchanekileyo kunye nokuxilongwa kweemodyuli ze-photovoltaic, ukuphucula amandla okuvelisa amandla kunye nokuthembeka kwenkqubo.
ISabelo seMakethi: IHuawei ikwindawo ephambili kwimarike yesolar inverter yomhlaba, enesabelo semarike esimalunga ne-20% ngo-2020. Iimveliso zayo zisetyenziswa ngokubanzi kwizikhululo zamandla ephotovoltaic ezinkulu kunye nokusasazwa kweeprojekthi zokuvelisa amandla e-photovoltaic kumazwe amaninzi nakwimimandla kwihlabathi jikelele.
IQhinga leMakethi: IHuawei igxile ekuveliseni itekhnoloji kunye nokwahlulahlula kwemveliso, kwaye ngokuqhubekayo isungula ukusebenza okuphezulu kunye nokuthembeka okuphezulu kweemveliso ze-inverter. Ngelo xesha, iHuawei isebenzisa impembelelo ye-brand kunye nemijelo ebanzi yemarike kwintsimi yonxibelelwano lwehlabathi ukuze ikhulise ngokusebenzayo ishishini layo le-solar inverter kwaye iseke ubudlelwane bentsebenziswano bexesha elide kunye nozinzile kunye neenkampani ezininzi ze-photovoltaic.
Sungrow
Amandla oBugcisa: Njengomvelisi okhokelayo we-solar inverter waseTshayina, i-Sungrow inoqokelelo olunzulu lobugcisa kunye namandla e-R&D. Iimveliso zayo zibandakanya iintlobo ezahlukeneyo, kubandakanywa i-inverters ephakathi kunye ne-string inverters, ezinokuhlangabezana neemfuno zeeprojekthi ze-photovoltaic zezikali ezahlukeneyo kunye neemeko zesicelo. I-Sungrow yenze impumelelo eqhubekayo ekusebenzeni kokuguqulwa kunye nokuzinza kwee-inverters, kunye nokuguqulwa kokuguqulwa kwezinye iimveliso zayo kuye kwafikelela kwinqanaba elihamba phambili kwishishini.
Isabelo seMakethi: I-Sungrow iphinda ithathe indawo ebalulekileyo kwimarike ye-solar inverter yehlabathi, kunye nesabelo semarike esimalunga ne-15% ngo-2020. Iimveliso zayo zinesabelo esikhulu semalike kwimarike yasekhaya, kwaye ziye zafumana isabelo esibalulekileyo semarike kwiimarike zaphesheya, ngakumbi eYurophu, e-Asia-Pacific nakweminye imimandla.
IQhinga leMakethi: I-Sungrow iphucula ngokuqhubekayo ukusebenza kwemveliso kunye nomgangatho ngokwenziwa ngokutsha kwetekhnoloji kunye nokuphuculwa kwemveliso. Kwangaxeshanye, i-Sungrow yandisa ngokukhutheleyo amajelo emarike, iqinisa intsebenziswano kunye neenkampani zasekhaya nezangaphandle ze-photovoltaic, kwaye iphucula ulwazi lophawu kunye nefuthe lemarike. Ukongeza, i-Sungrow ikwanika ingqwalasela kwinkonzo emva kokuthengisa, ukubonelela abathengi ngoluhlu olupheleleyo lwenkxaso yobugcisa kunye nezisombululo zokuphucula ukwaneliseka kwabathengi kunye nokuthembeka.
I-SMA
Amandla oBugcisa: I-SMA ngumvelisi owaziwayo we-solar inverter owaziwayo kwihlabathi elineminyaka engaphezu kwama-40 yamava oshishino kunye nemvelaphi enzulu yobugcisa kuphando lweteknoloji ye-inverter kunye nophuhliso kunye nokuveliswa. Iimveliso zayo ziyaziwa ngokusebenza kwazo okuphezulu, ukuthembeka kunye nobukrelekrele, kwaye zisetyenziswa ngokubanzi kwiiprojekthi ze-photovoltaic emhlabeni jikelele. I-SMA iyaqhubeka nokuvuselela i-inverter topology, i-algorithm yokulawula, iteknoloji yokutshatyalaliswa kobushushu, njl., Ukuphucula ukusebenza kunye nokuzinza kweemveliso zayo.
Isabelo seMarike: I-SMA inesabelo esikhulu semarike kwimarike yaseYurophu. Ngo-2020, isabelo sayo kwimarike ye-solar inverter yaseYurophu yayimalunga nama-25%. Ngeenzuzo zayo zohlobo kunye nesiseko sabathengi kwimarike yaseYurophu, i-SMA ikwandise ngokukhutheleyo iimarike kweminye imimandla efana noMntla Merika kunye neAsia Pacific.
Isicwangciso seMarike: I-SMA igxile kumgangatho wemveliso kunye nokwakhiwa kophawu, kwaye iphumelele ukuthenjwa kunye nenkxaso yabathengi ngenkqubo engqongqo yolawulo lomgangatho kunye nenkonzo egqibeleleyo emva kokuthengisa. Kwangaxeshanye, i-SMA iqhuba ngokukhutheleyo uphando lobugcisa kunye nentsebenziswano yophuhliso, iseka ubudlelwane bentsebenziswano kunye neeyunivesithi, amaziko ophando lwezenzululwazi, njl., kwaye ikhuthaza ngokudibeneyo uphuhliso lwetekhnoloji ye-solar inverter. Ukongeza, i-SMA ikwandise iindawo zayo zoshishino kunye nomda wentengiso ngokudibana kunye nokufunyanwa kunye notyalo-mali olucwangcisiweyo ukwandisa ukukhuphisana kwenkampani.
SolarEdge
Amandla oBugcisa: I-SolarEdge lishishini elivelisa iteknoloji egxile kwiinkqubo zokuvelisa amandla e-photovoltaic. Uphando lwayo kunye nophuhliso lwe-smart inverter kunye netekhnoloji ye-optimizer ineenzuzo ezizodwa zokukhuphisana. I-inverter ehlakaniphile ye-SolarEdge inokufezekisa ukulungelelaniswa okuzimeleyo kwemodyuli nganye ye-photovoltaic, ukuphucula ukuveliswa kwamandla kunye nokuthembeka kwenkqubo. Ukongeza, i-SolarEdge iye yaphuhlisa iqonga eliphambili lokubeka iliso kunye nohlalutyo lwedatha ukubonelela abasebenzisi ngedatha yokusebenza kwenkqubo yexesha langempela kunye neenkonzo zokuxilonga ezikrelekrele.
Isabelo seMakethi: I-SolarEdge inesabelo esiphezulu semarike kwimarike yokuvelisa amandla e-photovoltaic e-United States naseYurophu. Ngo-2020, isabelo sayo seMantla eMelika esasasazwa kwimakethi yokuvelisa amandla e-photovoltaic yayimalunga nama-30%. Ngokuthandwa kokuveliswa kwamandla e-photovoltaic emhlabeni jikelele, impembelelo yemarike yeSolarEdge nayo iyanda.
Isicwangciso-qhinga seMarike: I-SolarEdge ihlangabezana nemfuno yemveliso yoguqulo olusebenzayo, ekrelekrele kwaye ekhuselekileyo kwimakethi yokuvelisa amandla e-photovoltaic esasazwayo ngobuchule obutsha betekhnoloji kunye nokwahlulwa kwemveliso. I-SolarEdge igxile kumava omsebenzisi, ibonelela ngokufakela okulula kunye neendlela zokusebenza, kunye nenkonzo egqibeleleyo emva kokuthengisa. Kwangaxeshanye, iSolarEdge yandisa ngokukhutheleyo amajelo emarike kwaye iseka ubudlelwane obusondeleyo bentsebenziswano kunye nabafakeli befotovoltaic, abathengisi, njl.njl. ukuphucula ukugqunywa kweemarike kunye nokwazisa uphawu lweemveliso zayo.
Gxininisa
Amandla obuchwephesha: I-Enphase lishishini lobugcisa obuphezulu obugxile kuphando kunye nophuhliso kunye nokuveliswa kwe-micro-inverters. Iimveliso zayo ze-micro-inverter zincinci ngobukhulu, zilula ngobunzima, kwaye zilula ukuzifaka, ezifanelekileyo kwiinkqubo ezincinci zokuvelisa amandla e-photovoltaic. I-micro-inverter ye-Enphase isebenzisa iteknoloji ye-electronics yamandla aphezulu kunye ne-algorithms yokulawula ingqiqo, enokufikelela kulawulo oluzimeleyo kunye nokulungiswa kwecandelo ngalinye le-photovoltaic, ukuphucula ukuveliswa kwamandla kunye nokuthembeka kwenkqubo. Ukongeza, i-Enphase ikwaphuhlise inkqubo yokubeka iliso ekrelekrele, kwaye abasebenzisi banokujonga imeko yokusebenza yenkqubo kunye nedatha yokuvelisa amandla ngexesha lokwenyani ngokusebenzisa izicelo zefowuni ephathwayo.
Isabelo semarike: I-Enphase inesabelo esiphezulu semarike kwimarike yokuvelisa amandla e-photovoltaic e-United States naseYurophu. Ngo-2020, isabelo sayo seMantla eMelika esasasazwa kwimakethi yokuvelisa amandla e-micro-inverter ye-photovoltaic yayimalunga nama-25%. Ngokunyuka okuqhubekayo kwemarike yokuvelisa amandla e-photovoltaic, i-Enphase inethemba elibanzi lemarike.
Isicwangciso seMarike: I-Enphase ihlangabezana nemfuno yeemveliso ezincinci kunye nezikrelekrele zokuguqula umbane kwimarike yokuvelisa amandla e-photovoltaic ngokusungula itekhnoloji kunye nokwahlulwa kwemveliso. I-Enphase igxile kulwakhiwo lwentengiso kunye nokuthengisa, kwaye iphucula ulwazi lophawu kunye nefuthe lentengiso ngokuthatha inxaxheba kwimiboniso yeshishini kunye nokubamba iisemina zobugcisa. Kwangaxeshanye, i-Enphase ikhulisa ngokukhutheleyo amajelo emarike kwaye iseka ubudlelwane bentsebenziswano bexesha elide kunye nozinzile kunye nabafakeli be-photovoltaic kunye nabasasazi ukuphucula ukuthengiswa kweemarike zemveliso kunye nokwaneliseka komsebenzisi.
5.2 Ulwabiwo lwezabelo zemarike
Imakethi yesolar inverter yehlabathi ibonelela ngokhuphiswano lomhlaba olwahlukeneyo, kunye nemimandla eyahlukeneyo kunye neentlobo ezahlukeneyo zeenkampani ezithatha izabelo ezahlukeneyo kwintengiso. Oku kulandelayo kukusasazwa kwesabelo semarike yesolar inverter yehlabathi:
ISabelo seMarike yeHlabathi
Ngokwedatha evela kumaziko ophando lwemakethi, ukuhanjiswa kwesabelo semakethi yeenkampani ezinkulu kwimarike yesolar inverter yehlabathi ngo-2020 ngolu hlobo lulandelayo:
IHuawei: 20%
Sungrow: 15%
I-SMA: 10%
I-SolarEdge: 8%
Inqanaba: 7%
Ezinye iinkampani: 40%
Isabelo semarike yengingqi
Imarike yaseMntla Melika
I-SolarEdge: 30%
Inqanaba: 25%
IHuawei: 15%
Sungrow: 10%
Ezinye iinkampani: 20%
Imarike yaseYurophu
I-SMA: 25%
IHuawei: 20%
Sungrow: 15%
I-SolarEdge: 10%
Ezinye iinkampani: 30%
Imarike yaseAsia-Pacific
IHuawei: 25%
Sungrow: 20%
I-SMA: 10%
I-SolarEdge: 8%
Ezinye iinkampani: 37%
Ukusuka kwisabelo semalike, kunokubonwa ukuba iHuawei kunye neSungrow banesabelo esikhulu kwimakethi ye-solar inverter yehlabathi, ngakumbi kwingingqi ye-Asia-Pacific, apho banokhuphiswano olomeleleyo lwentengiso. I-SMA inesabelo esiphezulu semarike kwimarike yaseYurophu, ngelixa i-SolarEdge kunye ne-Enphase inomsebenzi obalaseleyo kwimarike yokuvelisa amandla e-photovoltaic eMntla Melika naseYurophu. Njengoko ukhuphiswano lwemarike luqina, inkampani nganye iya kuphucula ngakumbi isabelo sayo semarike kunye nokukhuphisana ngokusungula izinto ezintsha zobuchwepheshe, ukwanda kweemarike kunye nentsebenziswano enobuchule.

6. Iinkalo zesicelo kunye nokwahlulwa kwemarike

6.1 Ibala lokuhlala
I-Solar inverters isetyenziswa ngokubanzi kwindawo yokuhlala, ibe yenye yezinto eziphambili ekukhuthazeni ukuthandwa kweenkqubo zokuvelisa amandla e-photovoltaic.
Ukukhula kwemfuno yemarike: Ngokunyuka kolwazi lokukhuselwa kokusingqongileyo kunye nokusukela amandla okuzimela, abasebenzisi abaninzi beendawo zokuhlala bakhetha ukufakela iinkqubo zokuvelisa amandla elanga ephotovoltaic. Ngokwezibalo ezivela kumaziko ophando lwemarike, ubungakanani bemarike yehlabathi yee-inverter zelanga kwindawo yokuhlala ngo-2020 imalunga neebhiliyoni ezi-5 zeedola, ibalwa malunga ne-20% yemarike yokuguqula amandla elanga. Kulindeleke ukuba ngo-2025, ubungakanani bemarike yale ntsimi buya kufikelela kwi-8 yeebhiliyoni zeedola zase-US, kunye ne-avareji yokukhula komndilili wonyaka (CAGR) we-10%.
Iimpawu zeMveliso kunye neenzuzo: Ii-inverters zelanga kwindawo yokuhlala zihlala zincinci ngobukhulu, zilula ukuzifaka, kwaye zilula ukusebenza. Ngokomzekelo, ii-inverters ezincinci kunye ne-string inverters zithandwa ngabasebenzisi beendawo zokuhlala ngenxa yokuguquguquka kunye nokusebenza kakuhle. I-Micro inverters inokulawula ngokuzimeleyo kunye nokwandisa imodyuli nganye ye-photovoltaic, iphucula amandla okuvelisa amandla kunye nokuthembeka kwenkqubo, kwaye ifaneleke ngokukodwa kwiinkqubo ezincinci zokuvelisa umbane we-photovoltaic. Ukongeza, ezi inverters nazo zinemisebenzi yokubeka iliso ekrelekrele. Abasebenzisi banokujonga imeko yokusebenza yenkqubo kunye nedatha yokuvelisa amandla nanini na naphi na ngokusebenzisa izicelo zefowuni ephathwayo, elungele abasebenzisi ukulawula nokugcina.
Abaqhubi beMarike: Inkxaso yomgaqo-nkqubo yenye yezinto ezibalulekileyo eziqhuba uphuhliso lwemarike yendawo yokuhlala ye-solar inverter. Amazwe amaninzi kunye nemimandla iye yazisa imigaqo-nkqubo efana nenkxaso-mali kunye nenkuthazo yerhafu ukukhuthaza abahlali ukuba bafake iinkqubo zokuvelisa amandla e-solar photovoltaic. Umzekelo, umgaqo-nkqubo wenkxaso karhulumente waseJamani weenkqubo zokuvelisa umbane welanga kwindawo yokuhlala ucuthe kakhulu iindleko zofakelo kwaye wenyusa ukuzimisela kwabahlali ukufaka. Ukongeza, ngenkqubela phambili yetekhnoloji, ixabiso le-inverters yelanga nalo liyancipha ngokuthe ngcembe, livumela abasebenzisi beendawo zokuhlala ukuba bafezekise ukuzimela kwamandla ngexabiso eliphantsi, ngakumbi ukukhuthaza ukukhula kwemarike.
Imiceli mngeni yentengiso: Nangona imakethi yendawo yokuhlala ye-solar inverter inamathemba abanzi, ikwajongene nemingeni ethile. Ngokomzekelo, abasebenzisi beendawo zokuhlala baneemfuno eziphezulu zomgangatho wemveliso kunye nokuthembeka. Nje ukuba ukusilela kwenzeke, kunokuchaphazela ukusebenza kwenkqubo yonke. Ke ngoko, iinkampani kufuneka ziqhubeke ziphucula umgangatho wemveliso kunye namanqanaba enkonzo emva kokuthengisa ukuhlangabezana neemfuno zabasebenzisi. Ukongeza, ukufakwa kunye nokugcinwa kweenkqubo zokuhlala zamandla ombane we-photovoltaic zifuna amagcisa aqeqeshiweyo, kwaye ukunqongophala kweetalente zobuchwephesha kwimarike nako kunokunciphisa uphuhliso olongezelelweyo lwemarike.
6.2 Icandelo lezoRhwebo
Imarike ye-solar inverter kwicandelo lezorhwebo nayo ikhula ngokukhawuleza, ibe yenye yeendlela ezibalulekileyo kumashishini ukufezekisa ukugcinwa kwamandla kunye nokunciphisa ukukhutshwa kunye nokunciphisa iindleko zamandla.
Ubungakanani bemakethi kunye nokukhula: Ngo-2020, ubungakanani bemarike yehlabathi yee-inverters zelanga kwicandelo lezorhwebo malunga ne-8 yeebhiliyoni zeedola zaseMelika, zibalelwa malunga ne-32% yemarike yesolar inverter yehlabathi. Kulindeleke ukuba ngo-2025, ubungakanani bemarike yale ntsimi buya kufikelela kwi-13 yeebhiliyoni zeedola zaseMelika, kunye nesantya sokukhula komndilili wonyaka (CAGR) we-11%. Icandelo lezorhwebo libandakanya izakhiwo zorhwebo, iipaki zemizi-mveliso, iindawo zokuthenga, njl.njl., ezineendawo ezinkulu zophahla kwaye zifanele ukufakela iinkqubo ezinkulu zokuvelisa amandla e-solar photovoltaic.
Iimpawu zemfuno yemveliso: Imfuno ye-solar inverters kwicandelo lezorhwebo igxininiswe kakhulu kuluhlu lwamandla aphakathi, ngokuqhelekileyo phakathi kwe-10-100 kilowatts. Amashishini ahlawula ingqwalasela engakumbi ekusebenzeni kakuhle kokuguqulwa, ukuzinza kunye nokuthembeka kwe-inverter ukuqinisekisa ukusebenza okuzinzileyo kwexesha elide lenkqubo. Ukongeza, abasebenzisi bezorhwebo banemfuno eziphezulu zolawulo olukrelekrele kunye nemisebenzi yokubeka iliso ekude yenkqubo ukuze kulawulwe ngcono ukusetyenziswa kwamandla kunye nokuphucula ukusebenza kakuhle.
Abaqhubi beemarike: Uphuhliso lwemarike ye-solar inverter kwicandelo lezorhwebo luqhutywa ikakhulu kukunyuka kweendleko zamandla kunye nemigaqo-nkqubo yokukhusela indalo. Ngokuguquguquka kwamaxabiso amandla ehlabathi, amashishini ajongene noxinzelelo olukhulayo kwiindleko zamandla. Ukufakela iinkqubo zokuvelisa amandla e-solar photovoltaic kunokunciphisa ngokufanelekileyo iindleko zombane zamashishini kunye nokuphucula izibonelelo zabo zoqoqosho. Kwangaxeshanye, oorhulumente bamazwe ahlukeneyo banemfuno ezingqongqo zogcino lwamandla kunye nokunciphisa ukukhutshwa kwemveliso kumashishini, bekhuthaza amashishini ukuba athathele ingqalelo ubugcisa bamandla ahlaziyekayo ukuhlangabezana neemfuno zokhuseleko lokusingqongileyo.
Imingeni yeMarike: Imarike yesolar inverter kwicandelo lezorhwebo ikwajongene nemingeni ethile. Ngokomzekelo, ukwakhiwa kwephahla kunye neemeko zokufakela izakhiwo zorhwebo ziyahluka, ezifuna izisombululo zofakelo olucwangcisiweyo kunye nenkxaso yobugcisa obuchwephesha. Ukongeza, abasebenzisi bezorhwebo balindele lukhulu kwimbuyekezo kutyalo-mali (ROI) yenkqubo. Amashishini kufuneka ehlise ngakumbi iindleko ngelixa eqinisekisa umgangatho wemveliso kunye nokusebenza ukuphucula imbuyekezo kutyalo-mali lwenkqubo.
6.3 Icandelo lezoShishino
Icandelo lezoshishino liyinxalenye ebalulekileyo yemarike ye-solar inverter kwaye inamandla amakhulu ophuhliso.
Ubungakanani beMarike kunye noHlumo: Ngo-2020, ubungakanani bemarike yehlabathi yee-inverters zelanga kwicandelo lemizi-mveliso babumalunga ne-7 yeebhiliyoni zeedola zaseMelika, kubalelwa malunga ne-28% yemarike yesolar inverter yehlabathi. Kulindeleke ukuba ngo-2025, ubungakanani bemarike yeli candelo bufikelele kwi-12 yeebhiliyoni zeedola zaseMelika, kunye nezinga lokukhula lonyaka elihlanganisiweyo (CAGR) le-12%. Icandelo lemizimveliso libandakanya iifektri, iindawo zokugcina iimpahla, amaziko edatha, njl.njl. Ezi ndawo zinemfuno enkulu yamandla. Ukufakela iinkqubo zokuvelisa amandla e-solar photovoltaic kunokunciphisa ngokufanelekileyo iindleko zamandla zamashishini.
Iimpawu zemfuno yemveliso: Imfuno ye-solar inverters kwicandelo loshishino igxininiswe kakhulu kuluhlu lwamandla aphezulu, ngokuqhelekileyo ngaphezu kwe-100 kilowatts. Amashishini ahlawula ingqwalasela engakumbi ekusebenzeni okuphezulu, ukuthembeka okuphezulu kunye nokuzinza okuphezulu kwe-inverter ukuqinisekisa ukusebenza okuzinzileyo kwexesha elide lenkqubo. Ukongeza, abasebenzisi bemizi-mveliso bakwanazo iimfuno eziphezulu zolawulo oludibeneyo kunye nobukrelekrele benkqubo, ukuze banxibelelane ngcono kwaye basebenze nenkqubo yolawulo lwamandla eshishini (EMS).
Izinto zokuqhuba imarike: Uphuhliso lwemarike yesolar inverter kwicandelo loshishino luqhutywa ikakhulu kukunyuka kweendleko zamandla, imigaqo-nkqubo yokukhuselwa kwendalo kunye nezicwangciso zophuhliso oluzinzileyo. Ngokuguquguquka kwamaxabiso amandla ehlabathi, iindleko zamandla zamashishini amashishini ziyaqhubeka nokukhula. Ukufakela iinkqubo zokuvelisa amandla e-solar photovoltaic kunokunciphisa ngokufanelekileyo iindleko zombane zamashishini kunye nokuphucula inzuzo yezoqoqosho kumashishini. Kwangaxeshanye, oorhulumente bamazwe ahlukeneyo baneemfuno ezingqongqo zogcino lwamandla kunye nokunciphisa ukukhutshwa kwemveliso kumashishini, bekhuthaza amashishini ukuba athathe ngokukhutheleyo ubugcisa bamandla ahlaziyekayo ukuhlangabezana neemfuno zokhuseleko lokusingqongileyo. Ukongeza, iinkampani ezininzi zikwathatha uphuhliso oluzinzileyo njengenjongo yesicwangciso esibalulekileyo. Ukufakela iinkqubo zokuvelisa amandla e-solar photovoltaic azikwazi ukunciphisa kuphela iindleko zamandla, kodwa ziphucula umfanekiso wentlalo yamashishini.
Imiceli mngeni yemarike: Imarike yesolar inverter kwicandelo loshishino ikwajongene nemingeni ethile. Ngokomzekelo, iimeko zokusingqongileyo kwiindawo zoshishino zinzima, ezifana nokushisa okuphezulu, umswakama ophezulu, uthuli, njl., Okubeka iimfuno eziphezulu ekuthembekeni kunye nokuzinza kwe-inverter. Ukongeza, abasebenzisi bemizi-mveliso balindele lukhulu kwimbuyekezo kutyalo-mali (ROI) yenkqubo. Amashishini kufuneka ehlise ngakumbi iindleko ngelixa eqinisekisa umgangatho wemveliso kunye nokusebenza ukuphucula imbuyekezo kutyalo-mali lwenkqubo.

7. Imingeni kunye namaThuba

7.1 Imingeni
Ngelixa imakethi ye-solar inverter yehlabathi ikhula ngokukhawuleza, ikwajongene nemingeni emininzi.
Imiceli mngeni yobuchwephesha: Ngaphandle kokuqhubela phambili kwetekhnoloji ye-solar inverter, kusekho ubunzima bobugcisa ekufuneka boyiswe. Ngokomzekelo, ukuphucula ngakumbi ukuguqulwa kokuguqulwa kunye nokuthembeka kwe-inverter kunye nokunciphisa iindleko zenkqubo kuseyimingeni ebalulekileyo ejongene neshishini. Okwangoku, nangona ukusetyenziswa kwezinto ezintsha ze-semiconductor ezifana ne-silicon carbide (i-SiC) kunye ne-gallium nitride (i-GaN) inokuphucula ukusebenza kakuhle, ixabiso labo eliphezulu linciphisa usetyenziso olukhulu. Ukongezelela, ngokusasazwa kweenkqubo zokuvelisa amandla e-photovoltaic ezisasazwayo, indlela yokufezekisa ukusebenza ngokufanelekileyo kokulungelelaniswa kwee-inverters kunye neenkqubo zokugcina amandla, ii-microgrids, njl.
Imiceli mngeni yokhuphiswano lwemarike: Imarike yesolar inverter yehlabathi ikhuphisana kakhulu, kwaye amashishini ajongene noxinzelelo lokhuphiswano oluvela kubalingane basekhaya nabangaphandle. Kwelinye icala, kukho inani elikhulu lamashishini kushishino, kwaye ugxininiso lwemarike luphantsi. Ukhuphiswano phakathi kwamashishini lugxile ikakhulu kubuchule obutsha, umgangatho wemveliso, ixabiso kunye nenkonzo. Umzekelo, iHuawei, i-Sungrow kunye namanye amashishini aqhube kakuhle ekuveliseni itekhnoloji kunye nokwandiswa kweemarike, ethatha isabelo esikhulu semarike. Amanye amashishini kufuneka aqhubeke ephucula ukukhuphisana kwawo ukuze abe nenxaxheba kwimarike. Kwelinye icala, ngophuhliso lwemarike, amanye amashishini asakhasayo ayaqhubeka nokungena, eqinisa ukhuphiswano lwemarike. Amashishini kufuneka akhulise amajelo okuthengisa ngenkuthalo kwaye aphucule ulwazi lophawu ngelixa egcina ubunkokheli betekhnoloji.
Imingeni yomgaqo-nkqubo kunye nemeko yemarike: Utshintsho lomgaqo-nkqubo lunempembelelo enkulu kwimarike ye-solar inverter. Kukho iiyantlukwano kukuqina kunye nesikhokelo senkxaso yomgaqo-nkqubo kumazwe kunye nemimandla eyahlukeneyo. Amanye amazwe asenokuhlengahlengisa imigaqo-nkqubo yenkxaso-mali okanye iinkqubo zesabelo samandla ahlaziyekayo, eziya kuba nefuthe kwimfuno yemarike. Umzekelo, ukuba umgaqo-nkqubo wenkxaso-mali uyancitshiswa okanye urhoxisiwe, kunokukhokelela ekwenyukeni kweendleko zotyalo-mali lweeprojekthi zokuvelisa umbane welanga, ngaloo ndlela kucinezela imfuno yemarike. Ukongeza, ukungavisisani kurhwebo lwehlabathi kunokuba nefuthe elibi kwimarike yesolar inverter, njengokunyuka kwamaxabiso kunye nezithintelo zorhwebo, eziya kwandisa iindleko zemveliso yamashishini kwaye zichaphazele ukuthengisa ngaphandle kunye nokhuphiswano lwentengiso lweemveliso.
Imingeni yemigangatho kunye nesiqinisekiso: Ishishini le-solar inverter ayinayo umgangatho odibeneyo kunye nenkqubo yesatifikethi, ezisa ubunzima obuthile kwimveliso kunye nokukhuthazwa kwemarike yamashishini. Amazwe ahlukeneyo kunye nemimandla inemigangatho eyahlukeneyo kunye neemfuno zokhuseleko, ukusebenza, kunye nokuhambelana kwee-inverters zelanga. Amashishini kufuneka achithe ixesha elininzi kunye namandla ukuhlangabezana nale migangatho kunye neziqinisekiso, ezinyusa iindleko zokusebenza zamashishini. Ukongeza, ukunqongophala kwemigangatho emanyeneyo kwenza umgangatho weemveliso kwimarike ungalingani, okuchaphazela ukuthembela kwabathengi kwiimveliso kwaye akubangeli uphuhliso olunempilo lwemarike.
7.2 Amathuba oPhuhliso
Nangona imakethi yesolar inverter yehlabathi ijongene nemingeni emininzi, kukwakho namathuba amakhulu ophuhliso.
Amathuba okukhula kwimarike yamandla avuselelekayo: Ngokugxininiswa kwehlabathi ekukhuselweni kwendalo kunye nophuhliso oluzinzileyo, imarike yamandla avuselelekayo ibonise ukukhula okukhawulezayo, inika indawo yophuhliso olubanzi kwimarike ye-solar inverter. Njengomthombo wamandla ococekileyo nohlaziyiweyo, amandla elanga anamandla amakhulu ophuhliso, kwaye isabelo sawo kunikezelo lwamandla ehlabathi lukhula ngokuthe ngcembe. Ngokutsho kwe-International Energy Agency (IEA), ngo-2030, ukuveliswa kwamandla e-solar photovoltaic kuya kuphendula malunga ne-20% yokuvelisa amandla ehlabathi, okuya kukhuthaza kakhulu ukuphuhliswa kwemarike ye-solar inverter.
Amathuba okuvelisa izinto ezintsha kubuchwepheshe: Ukuqhubela phambili kwetekhnoloji kuzise amathuba amatsha ophuhliso kwimarike yesolar inverter. Ngokomzekelo, ukusetyenziswa kwezinto ezintsha ze-semiconductor, ukulungiswa kwe-algorithms yokulawula ingqiqo, kunye nokudityaniswa kwe-Intanethi yeZinto kunye nobuchwepheshe bedatha enkulu iya kuphucula ngokuqhubekayo ukusebenza kwee-inverters zelanga kunye nokunciphisa iindleko. Ii-inverters zelanga ezikrelekrele zinokufikelela ekubekweni kweliso kude, ukuxilongwa kwempazamo kunye nokusebenza kakuhle, ukuphucula ukusebenza kunye nokusebenza kunye nokusebenza kakuhle kwenkqubo, kunye nokuhlangabezana nemfuno yentengiso yeemveliso ezisebenzayo, ezikrelekrele nezithembekileyo.
Amathuba okunyuka kweemarike ezikhulayo: Ezinye iimarike ezivelayo ezifana ne-Afrika kunye noMzantsi Melika zizityebi kwimithombo yamandla elanga kwaye zinemfuno engxamisekileyo yeziseko zombane, ezibonelela ngesithuba esibanzi sophuhliso lwemarike yesolar inverter. Imakethi yesolar inverter kule mimandla ikwindawo yokuqala kwaye inamandla amakhulu entengiso. Amashishini anokusebenzisa eli thuba, enze amalungiselelo kwangethuba, avule iimarike ezikhulayo, kwaye andise isabelo sawo semarike.
Amathuba ophuhliso lweteknoloji yokugcina amandla: Ngophuhliso oluqhubekayo lweteknoloji yokugcina amandla, imfuno yemarike yee-inverters zokugcina amandla iya kuqhubeka nokunyuka. Iinkqubo zokugcina amandla zinokucombulula iingxaki eziphazamisayo kunye nokungazinzi kokuveliswa kwamandla elanga kunye nokuphucula ukuhanjiswa kunye nokuthembeka kokuveliswa kwamandla elanga. Njengenye yezixhobo eziphambili zeenkqubo zokugcina amandla, imfuno yentengiso yee-inverters zokugcina amandla iya kukhula ngokukhawuleza kunye nokuthandwa kobuchwephesha bokugcina amandla, ukubonelela indawo entsha yokukhula kweshishini kwiinkampani ze-solar inverter.
Amathuba okuvelisa amandla e-photovoltaic asasazwayo: Iinkqubo zokuvelisa amandla e-photovoltaic ezisasazwayo zisetyenziswa kakhulu kwiindawo zokuhlala, izakhiwo zorhwebo kunye neendawo zoshishino, kunye neenzuzo ezifana nokuguquguquka okuphezulu kunye nokufakwa lula. Abaguquli belanga badlala indima ephambili kwiinkqubo zokuvelisa amandla e-photovoltaic, kwaye imfuno yabo yentengiso iyanda. Amashishini anokuphuhlisa iimveliso ezifanelekileyo kunye nobuchwepheshe obusekwe kwiimfuno zentengiso ye-photovoltaic yokuvelisa amandla okuvelisa umbane ukuphucula ukukhuphisana kwemarike yeemveliso zabo.