Advanced Battery Management System With Real Time Data Monitoring And Remote Control

Name: Advanced Battery Management System With Real Time Data Monitoring And Remote Control
Brand: Shenzhen First Tech Co., Ltd.
SKU: Energy2.0-m
Price: 341,112.00 USD
Availability: InStock

Produktdetails

Herkunftsort: CHINA

Markenname: 1stess

Zertifizierung: LVD

Modellnummer: Energy2.0-m

Dokument: Specification EnerArk 2.0 -...ld.pdf

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Min Bestellmenge: 1 Stück

Preis: negotiable

Verpackung Informationen: Container

Lieferzeit: 45-60 Tage

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Spezifikationen

Beschreibung

Spezifikationen

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                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                              industrial battery management system with remote control, battery energy storage system with real-time monitoring, industrial BMS with data monitoring
                                                  

Betriebstemperatur:	-20 ° C bis 50 ° C.	Zertifizierungen:	IEC, UN, UL
Akku-Typ:	Lifepo4	IP -Schutz:	IP55
Installation:	Innen- oder Außenbereich	Anwendung:	Industriell und kommerisch
Garantie:	5 Jahre	Kapazität:	107,52KWH-125.44KWH

Betriebstemperatur:	-20 ° C bis 50 ° C.
Zertifizierungen:	IEC, UN, UL
Akku-Typ:	Lifepo4
IP -Schutz:	IP55
Installation:	Innen- oder Außenbereich
Anwendung:	Industriell und kommerisch
Garantie:	5 Jahre
Kapazität:	107,52KWH-125.44KWH

Beschreibung

Advanced Battery Management System With Real Time Data Monitoring And Remote Control

Product Features

Plug-and-Play for ready to use
All-in-One integrated modular design
DC coupled for solar accessing
Unbalanced loads operation
Parallel operation up to 60 Nos
Virtual Power Plant (VPP) enabled
Auxiliary grid service application
Complete certificate: CE (IEC 61000,IEC62619,IEC62477),UL,G99, UN3480, UN38.3

Technical Specifications

Model	EnerArk2.0-NBN-P50	EnerArk2.0-NBN-P100
DC side Parameters
Cell type	LFP-280Ah
Module model	IP20S
Battery capacity range	143.36kWh~215kWh	215kWh
AC On-Grid Side Parameters
Grid connection type	3P4W
Charging/discharging power	50kW	100kW
Rated grid voltage	AC 400V±15%
Frequency range	45Hz~55Hz
Rated AC output current	72A	144A
Power factor	0.8(Leading)~0.8(Lagging)
Harmonics	≤3%(at rated power)
AC off-grid side parameters
Load type	3P4W
Rated output power	50kW	100kW
Rated output voltage	AC400V±1%
Rated output frequency	50Hz
Rated current	72A	144A
Frequency accuracy	0.2Hz
General Parameters
Dimensions (WHD)	1900mm2100mm1330mm
Packing size(WHD)	2100mm2244mm1500mm
Maximum weight	2500kg
Degree of protection	IP55(Battery Cabinet)IP34(Electrical Cabinet)
Cooling method type	Battery Cabinet (air conditioner)&Electrical Cabinet (forced air cooling)
Fire fighting system	FM200 automatic fire extinguishing
Anti-corrosion grade	C3
Relative humidity	0-95%(non-condensing)
Operating temperature*	-20℃~50℃
Altitude**	<2000m
Noise level	≤75dB
Communication interface	RS485,Ethernet
Communication protocol	Modbus RTU,Modbus TCP/IP
Product standard warranty	5 years,6000 cycles(0.5C,95%DOD,EOL:70%)
PV Side Parameters (Optional)
Maximum PV input power	30kW/60kW/90kW/120kW
MPPT voltage range	200V-850V
Number of MPPTs	1/1/2/2
Number of PV inputs	1/1/2/2
Maximum input current	100A/200A/300A/400A
Certifications	CE(IEC61000,IEC62619,IEC62477),UN3480,UN38.3,MSDS Converter:UK G99,VDE4105,EN50549 Cell:IEC62619,UL1973,UL1642,UL9540A

Advantages and Characteristics by Country

United States

Supports Virtual Power Plant (VPP) integration, enabling participation in demand response programs and earning revenue from grid services
Compliant with UL and IEC standards, ensuring safe and reliable operation in both commercial and industrial settings
High-power models (up to 100kW) ideal for EV charging stations, reducing grid upgrade costs
Modular design allows easy scaling for large facilities such as data centers and manufacturing plants
DC coupling with solar maximizes self-consumption and reduces electricity bills under net metering policies
Robust fire safety system (FM200) meets strict local fire codes and insurance requirements
Operates efficiently in a wide temperature range (-20°C to 50°C), suitable for both hot and cold climates
Low noise emission (≤75dB) ensures compliance with urban and suburban noise regulations

Germany

Excellent integration with renewable energy sources, supporting Germany's Energiewende (energy transition) goals
Certified under VDE4105 and ENS0549, ensuring grid compatibility and safety for residential and commercial use
High efficiency in unbalanced load conditions, ideal for three-phase industrial applications
Compact and outdoor-ready design saves space and simplifies installation in dense urban areas
Supports AC and DC coupling, allowing flexible solar and wind integration for max ROI
Long lifespan with 6000 cycles and 5-year warranty, reducing total cost of ownership
Cloud-based EMS enables remote monitoring and predictive maintenance, minimizing downtime
Low harmonic distortion (≤3%) ensures stable power quality, critical for sensitive manufacturing equipment

India

Withstands high ambient temperatures and humidity, ensuring reliable performance in tropical climates
Helps mitigate frequent power cuts by providing seamless backup for factories, hospitals, and hotels
Scalable up to 60 units in parallel, supporting large-scale solar farms and microgrid projects
Easy installation and plug-and-play design reduce labor costs and project deployment time
Compatible with diesel generators, enabling hybrid systems for off-grid and rural electrification
Certified under UN38.3 and IEC62619, ensuring safe transport and operation in challenging environments
Cost-effective peak shaving reduces demand charges for commercial and industrial users
Supports remote areas with limited grid access, promoting energy access and sustainability

Australia

Ideal for solar-rich regions, with high MPPT efficiency and DC coupling for maximum solar self-consumption
Compatible with Australian grid standards, enabling easy connection and compliance with local regulations
Suitable for remote farms and mining sites, providing reliable power in off-grid or weak-grid areas
Fire-resistant IP55 cabinet and automatic suppression system meet bushfire-prone area requirements
Supports VPP programs, allowing users to earn incentives by supplying power to the grid during peak demand
Wide operating temperature range ensures performance in both outback heat and coastal conditions
Modular design allows easy expansion as energy needs grow, future-proofing investments
Low maintenance and cloud-based O&M reduce service costs in remote locations

* Operating temperature may affect performance
** Performance may degrade at higher altitudes

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