ODM DC EV Portable Car Charger Electric Car For Emergency Backup 3000W
Key Attributes
Product Summary
Emergency Charging Station Portable Car Charging Station 3000W High-Capacity, Mobile, and Solar-Ready EV & Multi-device Power Solution The Portable emergency Charging Station 3000W is a versatile, high-capacity power supply designed for emergency EV charging, outdoor adventures, and backup energy ...
Product Details
ODM portable car charger electric car
,Backup portable car charger electric car
,ODM portable dc ev charger
Emergency Charging Station Portable Car Charging Station 3000W
High-Capacity, Mobile, and Solar-Ready EV & Multi-device Power Solution
The Portable emergency Charging Station 3000W is a versatile, high-capacity power supply designed for emergency EV charging, outdoor adventures, and backup energy storage. Equipped with solar recharging capability and a large-capacity lithium battery, it delivers reliable, eco-friendly power anytime, anywhere.
Product Introduction
Product Parameters
| Parameter | Value |
| Interface Standard | Other |
|
Output Current
|
AC
|
|
Output Power
|
3000W
|
|
Rated current
|
16A
|
|
Input Voltage
|
12V, 24V
|
|
Purpose
|
Car charging
|
|
Battery capacity
|
2688Wh/3.2V
|
|
Solar panel charging
|
650W 12-80V/DC8.5A Max
|
|
Condition
|
New
|
|
Battery model specifications
|
LiFePo4 battery
|
|
Single cell capacity
|
15000MAH
|
♦The above parameters are standard parameters, and we can also provide parameter customization services.
Product Core Advantages
✅ 3000W High Output Power
Powerful enough to provide emergency charging for electric vehicles as well as supply energy for various home appliances, power tools, and outdoor equipment.
✅ Large-capacity Lithium Battery (e.g., 3000Wh–5000Wh)
Stores ample energy for multiple uses, ideal as an off-grid or emergency backup solution.
✅ Solar Rechargeable
Supports solar panel input, allowing green, renewable recharging wherever sunlight is available. Compatible with various solar panel types (usually MPPT supported).
✅ Multiple Output Ports
AC outlets (110V/220V), DC ports, USB-A, USB-C PD, car socket (12V), and dedicated EV charging port — one station covers all.
✅ Portable & Rugged Design
Integrated wheels and handle for easy mobility. Strong, weather-resistant casing designed for outdoor and harsh environments.
✅ Advanced Safety Protections
Includes overvoltage, overcurrent, short circuit, overtemperature, and battery management system (BMS) protection to ensure safe operation.
✅ Real-time LCD Display
Shows battery level, output/input power, remaining runtime, charging status, and error warnings for intuitive monitoring.
Product Details




♦The appearance dimensions can provide customized socket shapes.
Application Scenarios
- Emergency EV charging for roadside or off-grid situations
- Camping, RV, and outdoor adventures
- Backup power for homes and offices during outages
- Mobile workshops and field operations
- Outdoor events and construction sites
- Renewable energy storage paired with solar systems
Contact the technical team now to get exclusive support!
Advantages of 3000W Portable Emergency Charging Station
- Truly versatile: One station charges EVs, runs appliances, and supports multiple electronic devices.
- Eco-friendly: Solar charging option promotes sustainable, renewable energy use.
- High mobility: Integrated wheels and handle for easy transport anywhere.
- Emergency-ready: A perfect power backup solution for unpredictable situations.
Frequently Asked Questions (FAQs)
Q1: Can it fully charge an electric vehicle?
A: It provides emergency-level charging. Depending on the EV battery capacity, it can deliver a partial charge (e.g., 10–30% or 20–50 km range), enough to reach a nearby station.
Q2: Can I recharge it using solar panels only?
A: Yes. It supports solar input via MPPT and works with various panel configurations.
Q3: Is it safe to use in rain or snow?
A: The station is IP54-rated and designed to handle splashes and dust. For heavy rain, it is recommended to keep it under cover.
Q4: How long does it take to fully recharge?
A: With AC input, about 5–8 hours (depending on capacity). With solar input, depends on panel wattage and sunlight conditions.