Commercial and industrial energy storage
Penyimpanan Energi Komersial dan Industri
Herewin Home Energy Storage Battery
Penyimpanan Energi Rumah
488642711_1278865830906565_7716202339252007488_n
Drone
pexels-cookiecutter-1148820
Daya Cadangan Telekomunikasi
Low-Speed Electric Vehicles
Kendaraan Listrik Berkecepatan Rendah
Compact RV Travel
Daya RV
forklift
Truk forklift
Lead To Lithium Conversion
Konversi Timbal ke Lithium

FPV Battery

Herewin FPV batteries are engineered for FPV drone pilots who need high burst power, super high C-rate, continuous high current output, fast power response, low internal resistance, and stable output in a lightweight package. Available in 6S and 8S configurations, these FPV LiPo batteries use high-end pouch cell technology to deliver dependable power under demanding flight conditions. For platforms with extreme burst-power needs, high-rate options up to 100C are available.

5Ah–25Ah
High C-Rate
Ringan
Long Flight Time
4.45V/Cell
High-Voltage LiHV

Applications:
7–10 inch FPV drones, long-range FPV drones, cinelifters, and 13–15 inch large-frame FPV platforms for high-speed flight, payload missions, aerial photography, and professional filming. OEM/ODM customization is available for battery capacity, voltage, dimensions, connectors, and other platform requirements.

Herewin FPV battery for 6S and 8S high-rate LiPo drone applications
100C 8S1P 30.8V 10500mAh FPV Battery

· 100C discharge for strong FPV burst output
· 10500mAh high-capacity pack for extended reserve on larger FPV builds
· 8S1P 30.8V configuration with 1350 g structure for high-voltage FPV platforms
· 1C charging for stable charging workflows
· Recommended connector options: XT90 / XT90S / AS150, XT60 available by demand

20C 6S1P 23.1V 16000mAh FPV Battery

· 20C discharge for stable large-frame FPV output
· 16000mAh large-capacity pack for extended flight reserve
· 6S1P 23.1V configuration with 1500 g structure for endurance-oriented FPV setups
· 1C charging for standard charging workflows
· Recommended connector options: XT90 / XT90S / AS150, final connector can be customized

20C 6S1P 23.1V 22000mAh FPV Battery

· 20C discharge for strong large-frame FPV output
· 22000mAh ultra-large capacity for extended flight reserve
· 6S1P 23.1V structure with 2050 g high-capacity pack design
· Suitable for 8 inch X8, 10 inch, hexacopter, 13 inch carbon frame, and 15 inch FPV drones
· Recommended connector options: XT90 / XT90S / QS8 / AS150, final connector can be customized

20C 8S1P 30.8V 22000mAh FPV Battery

· 20C discharge for stable large-frame FPV power delivery
· 22000mAh ultra-large capacity for extended long-endurance reserve
· 8S1P 30.8V architecture for higher-voltage FPV platforms
· Suitable for 8 inch X8, hexacopter, 13 inch carbon frame, 15 inch, and heavy-duty 10 inch FPV drones
· Recommended connector options: XT90 / XT90S / QS8 / AS150, final connector can be customized

20C 6S1P 23.1V 25000mAh FPV Battery

· 20C discharge for stable large-frame FPV output
· 25000mAh ultra-large capacity for extended flight reserve
· 6S1P 23.1V configuration with 2450 g high-capacity pack design
· Suitable for 8 inch X8, 10 inch, hexacopter, 13 inch carbon frame, and 15 inch FPV drones
· Recommended connector options: XT90 / XT90S / QS8 / AS150, final connector can be customized

20C 8S1P 30.8V 25000mAh FPV Battery | High Voltage

· 20C discharge for stable large-frame FPV power delivery
· 25000mAh ultra-large capacity for extended flight reserve
· 8S1P 30.8V architecture for higher-voltage FPV platforms
· Suitable for 8 inch X8, hexacopter, 13 inch carbon frame, 15 inch, and heavy-duty 10 inch FPV drones
· Recommended connector options: XT90 / XT90S / QS8 / AS150, final connector can be customized

Herewin 8S1P 30.8V 16000mAh 20C FPV Battery

· 20C discharge for stable large-frame FPV power delivery
· 16000mAh high-capacity pack for extended long-range reserve
· 8S1P 30.8V architecture for higher-voltage FPV platforms
· 1C charging for standard charging workflows
· Recommended connector options: XT90 / XT90S / AS150, final connector can be customized

100C 6S1P 23.7V 9500mAh FPV Battery

· 100C discharge for strong FPV burst output
· 9500mAh large-capacity pack for extended flight reserve
· 6S1P 23.7V configuration with 1000 g compact structure
· 1C charging for standard charging workflows
· XT60 is a common connector option and can be customized

Kategori Produk
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Aplikasi

Carbon Frame FPV Drone
7/8-Inch FPV Drone

Engineered for high-speed racing with rapid acceleration and agile maneuvering. Flexible, shock-resistant design ensures stable power during intense flights.

FPV racing Drone
10-Inch X8 FPV Drone

Built for high-speed, dynamic flight. Lightweight construction reduces load, supporting sustained power through tight turns and high-speed bursts.

FPV Drone
10-Inch Hexacopter FPV Drone

Balances aerial photography payloads (e.g., HD cameras) with lightweight design to minimize airframe strain—delivering steady flight and smooth image capture.

Carbon Frame FPV Drone
13/15-Inch Carbon Frame FPV Drone

Designed for heavy-lift aerial filming gear (like professional gimbal cameras). Flexible encapsulation complements the carbon frame’s shock resistance, ensuring stable footage and long-duration flights.

FPV Drone
7–15 Inch Full-Size Lineup

Covers both high-thrust needs for racing and extended flight time with heavy payloads for aerial photography—adapting power delivery to diverse operational scenarios.

DESAIN GRATIS

Paket baterai eksklusif yang disesuaikan! Insinyur profesional merencanakan program baterai satu per satu.

Maksimalkan Efek Drone dengan Solusi Baterai Khusus Kami

EES-Propose-Requests
Mengusulkan Permintaan
Customized-Solution
Solusi Khusus
End-to-End-Controlled-Production-Testing
Produksi & Pengujian Terkendali dari Ujung ke Ujung
Warehouse-and-shipped-out
Gudang dan dikirim keluar

Jelajahi Pabrik Herewin: Sumber Kualitas

Didirikan pada tahun 2019, Shenzhen Jarwin Time Technology Co, Ltd didukung oleh tim pendiri dan operasional dengan lebih dari 20 tahun pengalaman luas dalam industri baterai. Perusahaan ini mengkhususkan diri dalam mengembangkan dan memproduksi baterai polimer lithium-ion berkinerja tinggi.
Dapatkan wawasan yang komprehensif tentang siapa kami dan apa yang kami perjuangkan. Dengan mengeksplorasi ketelitian yang cermat dari
lini produksi, manajemen pabrik yang efisien, dan umpan balik yang tulus dari para pelanggan yang puas,
Anda akan melihat bagaimana kami memastikan keunggulan di setiap langkah proses

Layanan Berbeda Untuk Klien Dengan Pola Berbeda

UNTUK KLIEN OFFLINE

Waktu Pengiriman Fleksibel

Jadwal pengiriman dan dukungan pergudangan yang andal.

Efektivitas Biaya Tinggi

Harga yang kompetitif untuk memaksimalkan nilai keseluruhan.

Pilihan Produk yang Luas

Pilihan yang beragam untuk memenuhi semua segmen pasar.

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MOQ rendah

MOQ fleksibel dengan opsi produk campuran.

Logo Khusus

Kustomisasi logo yang dipersonalisasi untuk jumlah kecil.

Paket Pemasaran Satu Atap

Menyediakan gambar dan video berkualitas untuk meningkatkan pendapatan penjualan.

UNTUK KLIEN MEREK

Hak Eksklusif Regional

Menyediakan semua sumber daya dan kemampuan yang dimiliki Herewin

R&D Resources

Custom sample within 7 days with R&D capabilities.

Pengiriman Cepat

Produksi yang efisien dan dikirim dalam waktu paling cepat 25 hari.

Alur Produksi Baterai Drone

Step1:Unpacking
Langkah 1: Membongkar kemasan

Buka kemasan dan sortir bahan.

Step2:Cell-Visual-Inspection
Langkah 2: Inspeksi Visual Sel

Pemeriksaan penuh sel yang dikelompokkan untuk mengetahui adanya cacat: kebocoran, goresan, penyok, tusukan, pembengkakan, penyelarasan busa yang tidak tepat (tab yang terbuka atau busa bagian bawah yang hilang).

Step3:VoltageResistance-Testing
Langkah 3: Pengujian Tegangan / Resistensi

Mengukur tegangan sel dan resistansi internal; menyaring dan menyeimbangkan kembali sel yang memiliki deviasi yang berlebihan.

Step4:Tab-Cutting
Langkah 4 : Pemotongan Tab

Potong tab elektroda sesuai spesifikasi dengan menggunakan mesin pemotong tab.

Step5:Tin-Application
Langkah 5: Aplikasi Timah

Las tab dengan tukang las ultrasonik dan rapikan untuk memastikan keselarasan yang rata.

Step6:Tab-Trimming
Langkah 6 : Pemangkasan Tab

Potong tab yang rata dengan titik las dan tekan rata ke bantalan busa.

Step7:Wire-Soldering_
Langkah 7: Penyolderan Kawat

Solder kabel menggunakan setrika listrik.

Step8:Insert-Insulation
Langkah 8 : Masukkan Isolasi

Tempatkan kertas kraft untuk isolasi dan tutup dengan pita perekat suhu tinggi.

Step9:Casing-Assembly-
Langkah 9: Perakitan Casing

Pasang modul baterai ke dalam casing sesuai spesifikasi perakitan dan sambungkan kabel.

Step10:ChargeDischarge-Test
Langkah 10: Uji Pengisian/Pengosongan

Hubungkan modul ke pengisi daya, alihkan ke mode voltase standar, aktifkan pengisian daya lambat, dan mulai mengisi daya.

Step11:Sealing
Langkah 11 : Penyegelan

Oleskan sealant pada lubang sekrup, pasang sumbat silikon dengan alur ke bawah, dan perkuat penyegelan pada titik-titik yang ditentukan.

Step12:Final-Functional-Test
Langkah12 : Uji Fungsional Akhir

Verifikasi komunikasi, tegangan output, penginderaan suhu, kurva pelepasan, dan kebocoran.

Step13:Final-Visual-Check
Langkah 13 : Pemeriksaan Visual Akhir

Periksa apakah ada goresan, sisa perekat, sekrup yang terlepas, dan pastikan label terbaca/tidak rusak.

Step14:Packaging
Langkah 14:Pengemasan

Beri label pada unit, tempatkan dalam kotak berlapis busa, segel dalam kantong PE dengan pengering, dan amankan dengan bantalan busa bagian atas.

Step15:Shipping
Langkah 15 : Pengiriman

Kotak unit yang disetujui dan pengiriman.

PELAJARI LEBIH DETAIL

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Proses Pengujian

Adil & Sertifikasi

Sertifikasi adalah kekuatan terbesar Herewin.
Memenuhi kebutuhan semua pasar, dan pabrik sumbernya telah tersertifikasi penuh untuk memastikan kualitas

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Kategori terkait

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Pertanyaan Umum

What should I do if I get a low battery warning during flight?

Return the drone immediately and land in a safe nearby area. Set a low battery return-to-home (RTH) threshold in advance to reserve enough power for emergencies like flying against the wind.

What should I know about transporting drone batteries?

Drone batteries should be carried in hand luggage, not checked in. Avoid impact or pressure on the battery. For long trips, reduce the battery charge to about 30%, store in insulated, fireproof containers, and keep away from metal objects.

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Raising a LiPo cell’s full-charge voltage adds energy, but it costs more in charging, power electronics, aging and validation. Find out when LiHV is worth it.
Several types of heavy-lift cargo and industrial drones operating in an aerial logistics landscape, representing the parallel commercial UAV markets emerging in 2026
Heavy-lift drone manufacturers in 2026 span commercial delivery, industrial lifting, autonomous cargo, agriculture and sensing. Here are 10 to know and how to evaluate them.
Technical lithium battery cell and cycle-life test report in a lab setting
A supplier says a cell lasts 1,000, 2,000 or 5,000 cycles. Learn how to read and verify a lithium battery cycle-life test report before you trust the number.
Multiple long-endurance commercial drone architectures operating in a single industrial landscape: a hybrid VTOL fixed wing in cruise, a gas-electric hybrid multirotor over a survey site, a battery-electric mapping tailsitter and a large autonomous hybrid cargo VTOL, conveying mission productivity and continuous aerial operations in 2026
Long-endurance commercial drones in 2026 span battery VTOL, hybrid, survey and autonomous cargo. 10 to know, judged by mission productivity, not flight time.
Industrial heavy-lift cargo drone with a high-energy-density lithium battery pack integrated into the airframe
Which 500Wh/kg lithium-metal UAV batteries are usable today, which are still lab-stage, and the four questions to ask every supplier before you commit.

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