Nancome 26kwh EV Fleet Charging Solutions with on-Site Charging for Businesses

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Product Description

Basic Info.
Model NO.
NCBCS01
Location
Public Use
Interfaces
One Pile with One Charge
Start Mode
Credit Card, Mobile Remote, RFID
Storage Energy
26-200kwh LiFePO4
Output Power
20kw-180kw Constant Power
Output Voltage
DC200V-1000V
Output Current
0-250A
Display
7/10 Inch Screen
Temperature
-10°C~+60°C
Charge Mode
by Hand/Ocpp
Warranty
24 Months
IP Grade
IP54
Charging Gun
GB/T, CCS1, CCS2, Chademo Optional
Charge Method
AC 220V/AC 380V
Weight
160kg-2600kg
Product Parameters
Storage energy 11.5-200kwh lifepo4 Output power 20KW-180KW Constant power
Output voltage DC200V-1000V Output current 0-250A
Charging cable 7 meter Screen display 7/10 inch display
Charge mode By hand/OCPP Working temp -10℃-60℃
IP grade IP54 Charging gun GB/T,CCS1,CCS2,CHAdeMO optional
Product Description
EV Fleet Charging Solutions
EV Charging Unit
Charging Station Details
Technical Specifications
Specification
Detailed Dimensions
FAQ
Are you a factory or trading company?
Yes, we are a professional manufacturer specializing in low and high voltage power distribution cabinets, control cabinets, complete automation systems, EV chargers, and energy storage equipment with over 30 years of production experience.
Which charging interfaces are compatible with your systems?
Our systems are compatible with CCS1, CCS2, GB/T, and CHAdeMO standards, supporting most mainstream electric vehicles worldwide.
Can the system be remotely monitored and diagnosed?
Yes, our solutions include cloud-based platform support, enabling real-time monitoring, remote diagnostics, and automated alerts.
How does the system respond to grid instability or power outages?
The system can be equipped with energy storage and diesel backup. It automatically switches power sources during outages to ensure continuous charging operation.
Can the storage system help reduce energy costs?
Absolutely. The system supports peak-shaving and valley-filling strategies to reduce power bills by utilizing stored energy during peak electricity rate periods.
What is the expected service life of these systems?
The typical system lifespan is 8–10 years. The integrated storage batteries support over 3000 cycles, offering long maintenance intervals and reliable performance.

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