Tattalin ɗan Fannoni da Tattalin Kudin PV-ESS na Gida

Sistematun da ke tattara kuliya zuwa wani lokaci ko abin da yake. Batteriyoyi na litium-ion, haka cewa suna da rawar mutuwa, suka fi shahara saboda kyakkyawan gano da tsawonsu mai sauƙi. Sistemar da ta dace yana ɗauke meter, inverter, kontrola, batteriya box, da charger don taimakawa masu alhakin kuliya da kuma tabbatar da samun gida.

Tattara PV yana ɗaukta a Sin, tare da sistemai masu gida suna ɗaukta saboda adadin rooftop da kuma zamaɗin bayanai (~2,000 yuan/kW). Amfani da PV tare da abubuwan gida da kuma tattara gida yana taimakawa amfani da kuliya mai zurfi, wanda ya taimakawa wasu uku na miliyan masu gida.

Muhimman Abubuwa Don Samun Sistemai PV Masu Gida

Dukkanen yana da muhimmanci a fannin samun sistemai PV masu gida. Babban sistemar tana iya haifar da al'adun kuliya da kuma ƙasashen gano, wanda ya ba da buƙata a yi rubutu masu karfi don taimakawa tafin daidai.

Zabbar Tushen

Yankin da dama na PV stations yana buƙata babban tushen da za su taimaka wajen samun fararen cikin rana kungiyar da sauransu biyu. Panelon PV suka dogara a kan wani tushen, da kuma abubuwan da suka fito a kan ground suka dogara a kan tushen da za su haifar da takardukan yankin.

Bincike Na Biyan Arewacin Sistemai PV

Gaba-gaban biyan arewa na PV power station yana ɗauke abubuwan da suka fito a kan land. Don rooftops masu gida, panelon da dama suna da tsari ~0.74×0.75×0.75 = 0.34 m³ (yin hadin tsarin idan an buƙata). Tsari na roof yana haifar da tsarin component da kuma biyan samun. Designer suka buƙata ingantaccen spacing, integration da building, da kuma biyan tattaunawa—layout masu karfin yana haifar da biyan samun, inda ground-mounted stations suka da biyan binci da tattaunawa mai yawa, wanda yake tana taimakawa units masu rooftop zuwa tushen mai karfi.Ayyuka aiki na biyan suka haifar da biyan samun + tattaunawa, wanda ya ba da buƙata breakdowns na biyan daidai.Domestic PV storage systems suka haifar da uku na modules core: PV generation, battery storage, da kuma system control.

Karya Da Sistemai PV Energy Storage

(1) PV Generation Module

Yana kawo energy na suran ciki zuwa kuliya don taimakawa abubuwan gida, tare da ma'aikatan energy input da dama.

(2) Battery Storage Module

Yana tattara energy mai yawa daga PV array don amfani da ita a lokacin da yake. Parameters configurable (misali, power regulation, discharge current) suka taimakawa solutions masu karfi don abubuwan load (da yake a yi amfani da household appliances).Module wannan yana buƙata communication seamless da devices da dama. Designer suka buƙata taimakawa waɗanda suke amfani a lokacin samun; components PV suna amfani da protocols bidirectional don haifar da biyan hardware mai yawa.

Bincike Na Fadada Economic

Sistemai PV suna da fadada:

• Tsawonsu mai sauƙi (>10 years, tattaunawa mai yawa), zero emissions, da kuma energy density mai yawa;

• Monitoring daidai da regulation automatic don taimakawa tafiya da tattaunawa;

• Supply direct power zuwa waɗanda suke amfani ko grid integration bila tattaunawa mai yawa.

Abubuwan da dama suka taimakawa strategies na tattara energy masu karfi don taimakawa ROI mai yawa.

Kammalawa

Littattafan da ya bayar yana nuna framework na karya daidai don PV da sistemai tattara distributed, tare da zabbin station type da logic na kontrola don taimakawa flexibility na grid da kuma haifar da cut-offs.

Fadada da dama sun haifar da:

• Quantifying efficiency metrics through case studies of typical power stations;

• Highlighting core advantages of residential PV (high generation efficiency, strong storage capacity);

• Analyzing storage unit performance and control strategies across the project lifecycle to inform technical and economic decisions.

Ingantattun da ya faru yana taimakawa insights da za su iya amfani don taimakawa adoption na PV masu gida.