Nancome 200kwh Portable DC Fast EV Charger Battery System

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Nancome 200kwh Portable DC Fast EV Charger Battery System

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Product Description

Overview & Basic Info

Model NO.NCBCS01

LocationPublic Use

Charging InterfacesOne Pile with One Charge

Start ModeRFID, Credit Card, Mobile Remote

Storage Energy26-200kwh LiFePO4

Output Power20kw-180kw Constant Power

Output VoltageDC200V-1000V

Output Current0-250A

Screen Display7/10 Inch Display

Warranty24 Months

IP GradeIP54

Cable Length7 Meter

Product Parameters

Storage energy	11.5-200kwh lifepo4	Output power	20KW-180KW Constant power
Output voltage	DC200V-1000V	Output current	0-250A
Charging gun cable	7 meter	Screen display	7/10 inch display
Charge mode	By hand/OCPP	Working temperature	-10℃ to 60℃
IP grade	IP54	Charging gun	GB/T, CCS1, CCS2, CHAdeMO optional

Detailed Description

Technical Specification

Frequently Asked Questions

Is the charging interface compatible with vehicles in different countries?

Yes, our chargers support multiple standards including CCS1, CCS2, GB/T, and CHAdeMO to ensure global compatibility with most mainstream EVs.

How does the system respond to grid instability or power outages?

The system is equipped with integrated energy storage. It can automatically switch power sources during outages to ensure continuous operation.

Can the system operate in extreme weather conditions?

Yes, the devices are tested to operate in temperatures ranging from -10°C to 60°C and offer up to IP54/IP65 protection levels against dust and humidity.

What is the expected service life of the charging and storage systems?

The overall system lifespan is approximately 8–10 years. The storage batteries support over 3,000 cycles, offering long maintenance intervals.

Can the system be monitored remotely?

Yes, we provide cloud-based platform support that enables real-time monitoring, remote diagnostics, and automated alerts for efficient management.

Does the system help in reducing energy costs?

Absolutely. The system supports peak-shaving and valley-filling strategies, allowing you to store energy when rates are low and use it during peak demand to reduce electricity bills.