Iprojekthi yokuTya ubushushu

Amandla eSolar (photovoltaic) Inverter

Njengondoqo we-photovoltaic powerstation, ubomi be-inverter buchaphazela ukusebenza okuqhelekileyo kwesikhululo samandla onke, kunye nokusebenza kokutshatyalaliswa kobushushu be-inverter kubalulekile kubomi besixhobo.Xa isiguquli siqhubeka sisebenza, ubushushu bezixhobo buhlala buqokelelana ngaphakathi kumngxuma, kwaye ubushushu buya kuba phezulu nangaphezulu.

1-SolarEdge 77 MW Taiwan-Scale Omkhulu Solar- Ruiqifeng Solar Inverter Heatsinks Solution

1-SolarEdge 77 MW Taiwan-Scale Omkhulu Solar- Ruiqifeng Solar Inverter Heatsinks Solution

2-SolarEdge 77 MW Taiwan-Large-Scale Solar- Ruiqifeng Solar Inverter Heatsinks Solution

2-SolarEdge 77 MW Taiwan-Large-Scale Solar- Ruiqifeng Solar Inverter Heatsinks Solution

3-SolarEdge 77 MW Taiwan-Large-Scale Solar- Ruiqifeng Solar Inverter Heatsinks Solution

3-SolarEdge 77 MW Taiwan-Large-Scale Solar- Ruiqifeng Solar Inverter Heatsinks Solution

1-SolarEdge-770-MW-De-Krim-Resort-on-Texel-Island-e-Netherlands-Scale-Solar--Ruiqifeng-Solar-Inverter-Heatsinks-Solution

1-SolarEdge 770 MW De Krim Resort kwiTexel Island eNetherlands-Scale Solar- Ruiqifeng Solar Inverter Heatsinks Solution

2-SolarEdge-770-MW-De-Krim-Resort-on-Texel-Island-e-Netherlands-Scale-Solar--Ruiqifeng-Solar-Inverter-Heatsinks-Solution

2-SolarEdge 770 MW De Krim Resort kwiTexel Island eNetherlands-Scale Solar- Ruiqifeng Solar Inverter Heatsinks Solution

3-SolarEdge-770-MW-De-Krim-Resort-on-Texel-Island-in-the-Netherlands-Scale-Solar--Ruiqifeng-Solar-Inverter-Heatsinks-Solution

3-SolarEdge 770 MW De Krim Resort kwiTexel Island eNetherlands-Scale Solar- Ruiqifeng Solar Inverter Heatsinks Solution

Inkqubo yokugcina amandla

Ukusuka kumbono wehlabathi jikelele, ngokuphuhliswa kokungathathi hlangothi kwekhabhoni, imithombo yamandla emitsha iya kuvela ngokuthe ngcembe kwaye ithathe indawo yemithombo yamandla emveli.Ukugcinwa kwamandla, ngokugcinwa kwamandla amaninzi, kwenza ukuqina kwenkqubo yamandla ibe luhlobo oluthile lokuguquguquka, luqinisekisa ukuzinza kwegridi yamandla kunye nokusombulula ingxaki yamandla omoya kunye ne-photovoltaic yokusetyenziswa kwamandla elanga.Njengomba ophambili ekuphuhlisweni kwamandla amatsha, ngokuqinisekileyo kuya Kufumana ingqalelo engakumbi kunye notyalo-mali.

Ukugcinwa kwamandla kusebenza ngokugcina okanye ukukhupha amandla e-electrochemical ngendlela yangoku ngokuthe ngqo (DC), ngelixa uthungelwano lombane lusebenza ngokutshintshana ngoku (AC).Ngoko ke, i-inverter eyongezelelweyo iyafuneka ukudibanisa isityalo samandla okugcina ibhetri kwinethiwekhi ephezulu ye-voltage, eya kuzisa imfuneko ephezulu yokusebenza kokushisa ubushushu, ngoko ke ii-heatsinks zihlala zisetyenziselwa ukusombulula ingxaki.

I-KCE-TX-12-yi-100-MW-ezimeleyo-ibhetri-yogcino-uphuhliso-kwi-Travis-County,-Texas

I-KCE TX 12 yi-100 MW ezimeleyo yophuhliso lokugcina ibhetri eTravis County, eTexas

Texas-Waves-II,-a-30MW30MWh-ibhetri-energy-storage-project-in-Scary-County,-Texas

I-Texas Waves II, iprojekthi yokugcina amandla ebhetri ye-30MW30MWh kwi-Scary County, eTexas

I-Minety-BESS-in-Minety,-Wiltshire,-United-Kingdom

IMinety BESS eMinety, eWiltshire, eUnited Kingdom

Isikhululo esitsha sokuTjaja iSithuthi saMandla

Njengoko uqoqosho lwekhabhoni ephantsi lube lolona lwalathiso luphambili lophuhliso lwexesha elizayo, izithuthi zamandla amatsha ziye zavela njengamaxesha afunwayo. amandla kwizithuthi zamandla amatsha ngexesha elifutshane ngokwentelekiso aneemfuno eziphezulu kakhulu kwizitishi zokutshaja.Imfuno yokutshaja ngokuqinisekileyo ikhawuleza kangangoko kunokwenzeka.Nangona kunjalo, njengoko isantya sokutshaja sinyuka, i-current kunye ne-voltage iya kunyuka ngokulandelelana, okuya kukhokelela ekunyuseni kwamandla emodyuli ye-inductance yemfumba yokutshaja, eya kubangela ngokulula iingozi zokhuseleko. Ngoko ke, kubaluleke kakhulu ukusebenzisa i-aradiator ukuphelisa ubushushu.

1

Iprojekthi yokuTyalwa kobushushu-Isikhululo sokutshaja isithuthi samandla esitsha-1

2

Iprojekthi yokuTyalwa kobushushu-Isikhululo sokuTjaja isithuthi samandla esitsha-2

5613

Iprojekthi yokuTyalwa kobushushu-Isikhululo sokutshaja isithuthi samandla esitsha-3

ISikhululo esisisiseko se-5G

I-China iye yakha phezu kwe-500,000 izikhululo zesiseko ze-5G ngexesha le-13 yeSicwangciso seMinyaka emihlanu (2016-2020), njengoko ilizwe liqhubeka nokwakhiwa ngokukhawuleza kwenethiwekhi ye-5G.

Ngenani labasebenzisi be-5G ekunyukeni, inani lezixhobo ezixhunyiwe kwinethiwekhi liye ladlula i-100 yezigidi, ngokutsho koMphathiswa wezoShishino kunye neTeknoloji yoLwazi (MIIT).

Kwipateni ye-5G yenethiwekhi yokwakhiwa kweziseko ezingundoqo ukuguqula kwi-intensive, miniaturization, i-intelligent, izikhululo zesiseko ezinkulu zendabuko ziye zanzima ukuhlangabezana nemfuno yokwakhiwa kwesikhululo sesiseko se-5G.Isiseko sokufudumala kwesikhululo sokushisa kufuneka sigcine sipholile kwinkqubo yokusebenza, kunye namacandelo amaninzi e-semiconductor yomkhuhlane onjenge-CPU, kunye neetshiphusi kufuneka zihlangane ngokusondeleyo ukuze kuphunyezwe iimpawu zombane ezingcono, kodwa kunye nokupholisa phantsi kolu lungelelwaniso lwe-compact.I-5G ye-high-capacity ye-market station station ithanda ixabiso eliphantsi kunye neemfuno zokutshatyalaliswa kobushushu obuphezulu, ezifuna ukusetyenziswa kwee-heat sinks, izixhobo zokupholisa, imibhobho yokushisa, okanye izinto ze-thermal interface (TIM), kunokusebenzisa ulwelo olufuna umbane okanye ulwelo olunyanzelwayo.

Uyilo lokuthembeka likhonkco loyilo olubalulekileyo kuyilo lwenkqubo yonxibelelwano, kunye nefuthe lokutshatyalaliswa kobushushu besixhobo, ngakumbi uyilo lokutshatyalaliswa kobushushu bezixhobo eziphezulu zamandla, kunempembelelo ebalulekileyo ekuthembekeni kwezixhobo.

I-Ruiqifeng iyakwazi ukutshabalalisa le mibhobho ephezulu yokushisa isebenzisa imibhobho yokushisa ene-conductivity ephezulu ye-thermal, inika indawo yokusebenza ekhuselekileyo.

I-5G-base-isikhululo-(2)

I-Heat Sinks Project-5G isiseko sesikhululo-1

I-5G-isiseko-isikhululo

I-Heat Sinks Project-5G base station-2

Isikhululo sesiseko se-5G(1)

I-Heat Sinks Project-5G base station-3


Nceda uzive ukhululekile ukuqhagamshelana nathi