SOLUSI BATERAI INDUSTRI

Solusi Baterai dan Sistem Tenaga
untuk Industri Indonesia

PT Yuasa Industrial Battery Indonesia menyediakan baterai dan solusi sistem tenaga untuk kebutuhan industri, mulai dari catu daya cadangan hingga berbagai aplikasi penting yang membutuhkan pasokan listrik andal.

Mengandalkan teknologi Jepang, tim teknis berpengalaman, dan kualitas GS Yuasa yang telah dipercaya di berbagai industri.

YIBIBaterai No. 1 di Indonesia
010203
46+

Titik Distribusi
di Indonesia

50+

Tahun Pengalaman di Bidang
Baterai Industri

500+

Pilihan Solusi Baterai
Industri

100%

Komitmen Kami pada
Pasokan Daya Andal

SOLUSI KAMI

Solusi Daya untuk Industri.
Andal dalam Setiap Penggunaan.

Kami menyediakan solusi untuk berbagai kebutuhan industri, mulai dari baterai cadangan, sistem UPS, hingga baterai traksi untuk kendaraan industri.

JAPANESETECHNOLOGY & HERITAGE
TENTANG YIBI

Bukan Hanya Menyediakan Baterai.
Kami Siap Menjadi Mitra Anda.

PT Yuasa Industrial Battery Indonesia menghadirkan teknologi GS Yuasa untuk memenuhi kebutuhan industri di Indonesia. Kami mendukung pelanggan melalui pemilihan produk, konsultasi teknis, perawatan baterai, dan layanan purnajual.

Teknologi TerpercayaDidukung pengalaman dan teknologi GS Yuasa.
Dukungan TeknisTim kami siap membantu mulai dari konsultasi hingga layanan setelah pembelian.
Profil Perusahaan ↗
KEBERLANJUTAN

Mendukung Industri dengan Energi
yang Lebih Andal dan Efisien

Kami menghadirkan teknologi baterai yang membantu industri beroperasi dengan lebih andal dan efisien, sekaligus mendukung penggunaan energi secara bertanggung jawab.

Hubungi Kami ↗
STANDAR KAMI

Standar Kualitas
Internasional

Menggunakan teknologi GS Yuasa dan didukung oleh tim teknis berpengalaman.

  • Teknologi Jepang
  • Kinerja Terpercaya
  • Layanan Profesional
JARINGAN LAYANAN

Melayani Kebutuhan Industri
di Seluruh Indonesia

Dengan kantor dan jaringan distribusi di beberapa wilayah Indonesia, kami siap membantu memenuhi kebutuhan baterai industri dan sistem tenaga.

PENGGUNAAN DI BERBAGAI INDUSTRI

Baterai Andal untuk
Berbagai Kebutuhan Industri.

Lihat Produk ↗
01

Sistem Backup Power

Baterai untuk menjaga sistem tetap mendapat pasokan listrik saat sumber utama terputus.

02

Telekomunikasi

Mendukung pasokan daya untuk BTS dan perangkat jaringan komunikasi.

03

Industri Manufaktur

Baterai untuk mendukung proses produksi dan operasional pabrik.

04

Kendaraan Industri

Baterai traksi untuk forklift dan kendaraan operasional di area industri.

BUTUH SOLUSI BATERAI UNTUK INDUSTRI ANDA?

Temukan Solusi Baterai dan Sistem Tenaga
yang Tepat untuk Kebutuhan Anda.

Konsultasikan Kebutuhan Anda ↗

Trust and Worth

Trusted Industrial Power Partner

Ready To Find The Right Battery Solution?

Build a reliable power system with PT Yuasa Industrial Battery Indonesia.

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Frequently Asked Questions

(1) If the battery has been stored for a long time, please recharge the battery before using as the following below.
Stored temperature
Recharge period
Lower than 25°C- Every 6 months
Lower than 30°C- Every 4 months
Lower than 35°C- Every 3 months
Lower than 40°C- Every 2 months

(2) Please make regular check the battery. If there is any cracking, deformation, acid leakage or other damages on the appearance of the battery, please replace the new one.

(3) If the battery is covered with dust or dirty when checking, please use damp cloth with moisture to clean the battery. Do not use any organic solvent or detergent (on the cloth) like gasoline, etc. to clean the battery.

Thermal runaway means thermal accumulation rises both battery temperature and charge current when charging the battery, which would cause battery deformation and acid leakage.

Although lead acid battery is not on the load when storing, battery would leak electricity though internal chemical reaction that cause capacity loss, which is called ‘battery self-discharge’.

Sealed lead acid battery’s performance and operating lifespan are based on temperature 25°C, and ambient temperature affects the battery very well. Generally, every 10°C increase would shorten battery lifespan by 50% when temperature is higher than 25°C.

Capacity is related to discharge rate, higher current makes smaller capacity. e.g., 5HR capacity (C5) = 20HR capacity (C20) × 85%

Capacity is abbreviated as ‘C’, which is showed by ampere-hour (Ah) that multiplies discharge ampere (A) by discharge hour (h). Rated capacity is defined to 20 hour-rate (20HR), which is abbreviated as ‘C20’.

When the battery is charging, it can make water by reacting oxygen generated by positive plates with active materials rapidly, which can prevent water loss and perfectly seal. Here is the figure below:

Over-discharge: When the battery is discharging lower than final discharge voltage, it would decrease battery capacity and deteriorate the battery.

Over-charge: When the battery keeps charging even which is full-charged, it would decrease battery capacity and deteriorate the battery, too.

Charged electricity (AH) = Discharged electricity (AH)

DOD is the abbreviation of Depth Of Discharge. When the battery has reached specific voltage and time during certain discharging rate, DOD is 100%. For another example, when the battery has reached specific voltage and 1/2 period of time during certain discharging rate, DOD is 50%.

Standby use: The battery is the emergency power source that supplies suddenly blackout. e.g., emergency lights, UPS, communication devices, other backup power supplies, etc.

Cycle use: The battery is the power source on a regular basis. e.g., electric tools, notebooks, smartphones, etc.

Battery capacity is based on room temperature (25°C) and it would be affected by different temperature. Higher temperature makes greater capacity; However, lower temperature makes smaller capacity.