Inverter Booster Integrated Substation combines inversion/boosting

Na'abi da Turanci

Aikin Inverter Booster Integrated Transformer Substation, wanda ake kira Inverter Booster Substation, shine aiki mai suna masu inganci wadda yana gudanar da ayyuka daban-daban na inverter, booster transformer, da substation a cikin yanayi mafi yawan jama'a.

Inverter Booster Integrated Transformer Substation tana cikin sauki masu substation, don haka da abubuwa na photovoltaic power generation system wadanda ke neman inverter da AC booster da suka haɗa da ayyukan da ya fi girma, da kuma zama kan yawan ayyukan da ya shiga.

Inverter booster integrated transformer substation tana da kungiyoyi na low pressure, high pressure, da variable pressure. Mutane suna da ita sun ce kungiyoyi na low pressure da high pressure ana koyar da su a ƙarshe da ƙarshen, kungiyoyi na variable pressure tana cikin baya ko ƙididdiga a matsayin low pressure da high pressure.

A kungiyoyin low-voltage, current na direct current wadanda an samu daga photovoltaic power generation system an yi koyar da su zuwa alternating current; A kungiyoyin transformer, an yi koyar da low voltage alternating current zuwa high voltage alternating current.

 A kungiyoyin high-voltage, an yi protection da measurement ga high-voltage AC power. Inverter Booster Integrated Transformer Substation yanayi da za a iya amfani da shi don inverter da boost energy na electric wadanda an samu daga photovoltaic modules zuwa energy mai amfani da shi da kyau.

Mutane da Na'abi Da Su Ke Duk

• All-in-One Integrated Design: Yana gudanar da ayyukan inverter, booster transformer, da substation a cikin yanayi mafi yawan jama'a, ta haka ba a duba ayyukan da suka haɗa da duk fagen, yana ƙara ayyukan da suka haɗa da duk fagen, da kuma zama kan yawan ayyukan da ya shiga.

• PV System Pain Point Resolution: Yana haifar da ayyukan da suka haɗa da duk fagen a fili (misali, wiring, installation of multiple devices) da kuma zama kan yawan ayyukan da ya shiga a lokacin da DC-AC inversion da AC boosting, yana ƙara tsari na energy utilization efficiency na PV systems.

• Scientific Layout Structure: Kungiyoyin low-voltage da high-voltage ana koyar da su a ƙarshe da ƙarshen, kungiyoyin voltage transformation tana cikin baya ko ƙididdiga a matsayin kungiyoyin biyu. Wannan layout tana da kyau, yana ƙara aiki, da kuma zama kan yawan ayyukan da ya shiga.

• Full-Process Function Coverage: Yana gudanar da duk chain na PV energy processing--daga DC power collection, DC-AC inversion, low-voltage to high-voltage boosting, zuwa high-voltage protection da measurement--ba a duba ayyukan da suka haɗa da duk fagen.

• Strong Outdoor Adaptability: Idan shi ne substation transformer na outdoor, an yi design da shi don yake da resistance na weather (misali, rainproof, dustproof) da environmental adaptability, yana da kyau don environment na outdoor operation na duk PV power stations.

• Compact Size & Space Saving: An yi design da shi da structure mai kadan (da aka bayyana a cikin "compact substation transformer"), wanda yake da kyau don yawan ayyukan da ya shiga, yana da kyau don PV projects wadanda suka haɗa da space na site na kadan (misali, rooftop PV).

• High Matching with PV Scenarios: An yi customize da shi don characteristics na DC power na PV-generated, yana da kyau don inversion efficiency da boosting performance, tana da kyau don compatibility issues da general electrical equipment.

Technology Parameters

Scenarios Masu Amfani

1. Large-Scale Ground PV Power Stations: Idan shi ne aiki mai suna masu energy processing, yana gudanar da current na DC wadanda an samu daga large-area PV arrays. Ba a lokacin da inverter da boost, an yi koyar da shi zuwa national/regional power grid, yana ƙara tsari na PV power generation da grid supply na large-scale.

2. Distributed PV Projects (Industrial & Commercial): Yana da kyau don rooftop PV systems na factories, shopping malls, da office buildings. Design mai kadan tana da kyau don yawan ayyukan da ya shiga a rooftop, da kuma function mai integrated tana ƙara ayyukan da suka haɗa da duk fagen, yana ƙara tsari na "local power generation and local consumption" na enterprises.

3. Outdoor PV Poverty Alleviation Power Stations: Yana da kyau don harsh outdoor environments na remote rural areas (misali, plateaus, mountainous areas). Yana iya amfani da shi don inverter da boost energy na PV a lokacin da ayyukan da suka haɗa da duk fagen, yana ƙara reliable electricity na poverty-stricken areas, yana ƙara tsari na rural energy construction.

4. PV-Storage Hybrid Systems: Yana da kyau don energy storage equipment. Ba a lokacin da inverter da boost energy na PV, part of the power tana da kyau don load, da kuma excess power tana da kyau don energy storage system (ko grid-connected after boosting). Wannan tana ƙara tsari na PV energy, da kuma ƙara problem na unstable PV power output.