Iphrojekthi ye-Heat Sinks

I-Solar Energy (photovoltaic) Inverter

Njengomongo we-photovoltaic powerstation, impilo ye-inverter ithinta ukusebenza okujwayelekile kwesiteshi sonke samandla, futhi ukusebenza kokukhipha ukushisa kwe-inverter kubalulekile empilweni yedivayisi.Izingxenye ku-inverter zinezinga lokushisa elilinganiselwe lokushisa.Lapho i-inverter iqhubeka nokusebenza, ukushisa kwezingxenye kuyaqhubeka kuhlangana ngaphakathi kwe-cavity, futhi izinga lokushisa lizoba phezulu kakhulu.

1-SolarEdge 77 MW Taiwan-Scale-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

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

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

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

I-2-SolarEdge 770 MW De Krim Resort e-Texel Island e-Netherlands-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

I-3-SolarEdge 770 MW De Krim Resort e-Texel Island e-Netherlands-Scale Solar- Ruiqifeng Solar Inverter Heatsinks Solution

Uhlelo Lokugcina Amandla

Ngokombono womhlaba wonke, ngokuthuthukiswa kokungathathi hlangothi kwekhabhoni, imithombo yamandla emisha izovela kancane kancane bese ibuyisela imithombo yamandla evamile.Ukugcinwa kwamandla, ngokusebenzisa isitoreji samandla angaphezu kwamandla, kwenza ukuqina kwesistimu yamandla kube uhlobo lokuguquguquka, kuqinisekisa ukuzinza kwegridi yamandla futhi kuxazulule inkinga yamandla omoya kanye ne-photovoltaic ukusetshenziswa kwamandla elanga.Njengesici esibalulekile ekuthuthukisweni kwamandla amasha, nakanjani Izothola ukunakwa okwengeziwe kanye nokutshalwa kwezimali.

Isitoreji samandla sisebenza ngokugcina noma ngokukhipha amandla e-electrochemical ngendlela yamanje eqondile (DC), kuyilapho amanethiwekhi kagesi ngokuvamile esebenza ku-alternating current (AC).Ngakho-ke, i-inverter eyengeziwe iyadingeka ukuxhuma isitshalo samandla okugcina ibhethri kunethiwekhi ye-voltage ephezulu, ezoletha isidingo esiphezulu sokusebenza kokukhipha ukushisa, ngakho-ke ama-heatsink avame ukusetshenziselwa ukuxazulula inkinga.

I-KCE-TX-12-iwu-100-MW-standalone-isitoreji-ukuthuthukiswa-e-Travis-County,-Texas

I-KCE TX 12 iwukuthuthukiswa kokugcinwa kwebhethri okuzimele okungu-100 MW eTravis County, eTexas

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

I-Texas Waves II, iphrojekthi engu-30MW30MWh yokugcina amandla ebhethri e-Scary County, eTexas

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

I-Minety BESS in Minety, Wiltshire, United Kingdom

Isiteshi Esisha Sokushaja Imoto Yamandla

Njengoba umnotho wekhabhoni ephansi usuphenduke inkomba eyinhloko yentuthuko yesikhathi esizayo, izimoto ezintsha zamandla nazo ziye zavela njengezikhathi ezidingekayo.Izimoto ezintsha zamandla zinezinzuzo eziningi, njengokonga amandla, ukunciphisa ukungcola, nokuvikelwa kwemvelo.Indlela yokugcwalisa ngokushesha ugesi amandla ezimoto ezintsha zamandla ngesikhathi esifushane uma kuqhathaniswa anezidingo eziphezulu kakhulu zeziteshi zokushaja.Isidingo sokushaja sishesha kakhulu ngangokunokwenzeka.Kodwa-ke, njengoba isivinini sokushaja sikhula, i-current kanye ne-voltage izokwenyuka ngokulandelana, okuzoholela ekwenyukeni kwamandla emojula ye-inductance yenqwaba yokushaja, okuzodala kalula izingozi zokuphepha.Ngakho-ke, kubaluleke kakhulu ukusebenzisa i-aradiator ukuqeda ukushisa.

I-Heat Sinks Project-Isiteshi sokushaja imoto yamandla entsha-1

I-Heat Sinks Project-Isiteshi sokushaja imoto yamandla entsha-2

I-Heat Sinks Project-Isiteshi sokushaja imoto yamandla entsha-3

I-5G Base Station

I-China yakhe iziteshi eziyisisekelo ze-500,000 ze-5G phakathi nesikhathi soHlelo Lweminyaka Emihlanu ye-13 (2016-2020), njengoba izwe liqhubeka nokwakhiwa okusheshayo kwenethiwekhi yalo ye-5G.

Njengoba inani labasebenzisi be-5G likhuphuka, inani lamadivayisi axhunyiwe kunethiwekhi lidlule izigidi ezingu-100, ngokusho koMnyango Wezimboni Nobuchwepheshe Bolwazi (MIIT).

Ukuze iphethini yokwakhiwa kwengqalasizinda yenethiwekhi ye-5G iguqulele eziteshini eziyisisekelo ezijulile, ezincane, ezihlakaniphile, zendabuko ezinkulu kube nzima ukuhlangabezana nesidingo sokwakhiwa kwesiteshi sesisekelo se-5G.Isizinda sokushisa kwesiteshi kufanele sihlale sipholile kunqubo yokusebenza, kanye nezingxenye ze-semiconductor yemfiva eminingi njenge-CPU, nama-chips kufanele kuhlangane ndawonye ukuze kuzuzwe izici zikagesi ezihamba phambili, kodwa futhi nokupholisa ngaphansi kwalokhu kucushwa okuhlangene.Imakethe yesiteshi esisezingeni eliphezulu se-5G ithanda izindleko eziphansi kanye nezidingo zokulahla ukushisa okuphezulu, ezidinga ukusetshenziswa kwamasinki okushisa, izinto zokupholisa, amapayipi okushisa, noma izinto zokusebenzisana ezishisayo (i-TIM), esikhundleni sokusebenzisa uketshezi oludinga ugesi noma uketshezi oluphoqelelwe.

Idizayini enokwethenjelwa iyisixhumanisi sokuklama esibalulekile ekwakhiweni kwesistimu yezokuxhumana, futhi umphumela wokukhipha ukushisa kwemishini, ikakhulukazi umklamo wokukhipha ukushisa wemishini yamandla aphezulu, unethonya elibalulekile ekuthembekeni kwemishini.

I-Ruiqifeng iyakwazi ukuhlakaza lezi zindlela zokushisa eziphezulu ngokusebenzisa amapayipi okushisa ane-conductivity ephezulu ye-thermal, inikeze indawo yokusebenza ephephile.

I-Heat Sinks Project-5G base station-1

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