Understanding the 8000W Ultra High Power Industrial Battery Charger 144V 40A: Specs, Applications & OEM Options

8000W Ultra High Power Industrial Battery Charger 144. Model juxon010-8000A. B2B OEM/ODM supply. Certification availability depends on model and target market.

تم النشر: 15 يوليو 2026 · JUXON Engineering

Understanding the 8000W Ultra High Power Industrial Battery Charger 144V 40A: Specs, Applications & OEM Options

Overview

8000W 144V 40A Li-ion battery charger (Juxon010-8000A) for E-bike, E-scooter, Mobility scooter, Electric vehi. Input: 100-240VAC, 50/60Hz. Natural convection or fan cooling. Aluminum alloy housing. Protection: Short Circuit Protection, Over Current Protection, Over Voltage Protection, Over Temperature Protection, Reverse Polarity Protection. CE, RoHS, FCC, KC, CB, TUV, SAA, PSE certified. OEM/ODM custom voltage, connector & label available. It is offered under the model Juxon010-8000A. Rated at 8000W, it targets 144V battery systems. Below we break down what matters for sourcing and integration.

Technical Specifications


Model	Juxon010-8000A
Power	8000W
Battery Voltage	144V
Output Voltage	168V
Output Current	40A
Battery Chemistry	Li-ion
Connector	Custom
Input Voltage	AC 100-240VAC, 50/60Hz
Charging Mode	CC/CV (Constant Current / Constant Voltage)
Cooling	Natural convection or fan cooling
Housing	Aluminum alloy housing
Protection	Short Circuit Protection, Over Current Protection, Over Voltage Protection, Over Temperature Protection, Reverse Polarity Protection
Certifications	CE, RoHS, FCC, KC, CB, TUV, SAA, PSE
Applications	E-bike, E-scooter, Mobility scooter, Electric vehicle, RV
Dimensions (mm)	595300170
Max Power	8000W
Battery Cells (S)	40

Target Applications

This charger is specified for the following use cases. Matching the charger to the application’s duty cycle and environment is the first step in a reliable design.

AGV — AGVs (automated guided vehicles) run continuous duty cycles in warehouses, so chargers must support opportunity charging and high uptime.
Golf Cart — Golf carts are shifting from lead-acid to 48V LiFePO4; chargers must match the chemistry’s higher end-of-charge voltage.
Marine — Marine applications need moisture-resistant builds and stable output where salt-air corrosion and vibration are constant risks.
E-bike — E-bikes demand lightweight, efficient charging with clean CC/CV termination to protect high-cycle Li-ion packs used in daily commuting.
E-scooter — E-scooters rely on compact chargers with reliable thermal management for frequent, short-cycle urban use.
Mobility scooter — Mobility scooters need safe, silent, low-current charging suitable for assistive daily-use devices.
Electric vehicle — Light electric vehicles (LEVs) need balanced charge current to protect pack life while keeping charge time reasonable.
RV — RV and leisure batteries benefit from multi-chemistry chargers that handle lead-acid and lithium alike.

How to Specify This Charger

Battery chemistry. Li-ion (NMC/LCO) cells charge to ~4.2 V/cell; a 48 V pack terminates near 54.6 V and offers high energy density.

Voltage match. The unit is built for 144V batteries with an end-of-charge output of 168V. Confirm your pack’s series count against this termination voltage before integration.

Charge current. Rated output current is 40A. As a rule of thumb, charge time (hours) ≈ battery capacity (Ah) ÷ current (A) × 1.2 for the CV taper. Size current to your acceptable charge window and pack longevity target.

Connector. Default connector is Custom. Custom connectors and harnesses are available under OEM/ODM to match your existing harness.

Certifications & Compliance

Certification availability depends on the exact model and target market. The listed marks indicate the compliance scope supported for this product family:

CE — CE marking for the European Economic Area.
RoHS — RoHS compliance restricting hazardous substances.
FCC — FCC authorization for the United States market.
KC — KC marking required for South Korea.
CB — CB scheme report, easing multi-market certification via IECEE members.
TUV — TÜV certification, a recognised third-party safety mark in Europe and beyond.
SAA — SAA / RCM compliance for the Australian and New Zealand market.
PSE — PSE certification required for the Japanese market.

Protection Features

Short Circuit Protection, Over Current Protection, Over Voltage Protection, Over Temperature Protection, Reverse Polarity Protection are built in to safeguard the battery and the end product during everyday operation.

OEM / ODM Customization

This charger is supplied as an OEM/ODM component. Typical customizations include output voltage and current tuning, connector and harness matching, enclosure and label branding, and firmware/indicator adjustments for your product line. Low-volume trial batches and full-production runs are both supported for qualified B2B projects.

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