All-In-One Design Lithium Iron Phosphate Battery Pack For Off-Grid Solar Applications

Price Negotiable

Price: negotiable

MOQ: 1

Delivery Time: 60-90 days

Brand: 1stess

Product Description

All-In-One Design Lithium Iron Phosphate Battery Pack For Off-Grid Solar Applications

Product Features

Product Parameters

Type	P400C860	P500C1075	P600C1290	P700C1505	P800C1720
DC side parameters
Cell type & capacity	LiFePO₄-280Ah
Battery module type	1P20S
System configuration	4*1P240S	5*1P240S	6*1P240S	7*1P240S	8*1P240S
Capacity(BOL)	860kWh	1075kWh	1290kWh	1505kWh	1720kWh
AC side parameters
Grid type	3P4W+PE
Rated output power	400kW	500kW	600kW	700kW	800kW
Rated voltage	AC400V
Rated frequency	50/60(±5)Hz
Maximum output current	577A	722A	866A	1010A	1155A
Harmonics	<3%(@rated power)
Overload capacity	110%,10mins;120%,60s
General parameters
Isolation transformer	No
Protection level	Outdoor installation (Battery cabinet:IP55,Electrical room:IP34)
Container anti-corrosion grade	C3
Operation temperature*	-20℃~50℃
Relative humidity	0~95%(non-condensing)
Permissible altitude**	<2000m
Cooling method	Battery cabinet:HVAC,Electrical room:forced air cooling
Fire fighting system	FAS & FM200/Novec1230
Noise emission	≤75dB
Dimension (WDH)	20HQ container (6058mm2438mm2896mm)
Maximum weight	24500kg
Communication interface	Ethernet
Communication protocol	Modbus TCP/IP
Warranty	5 years (can be extended to 10 years)
Certification	System:UN3536,LVD,EMC,RoHS Cell:IEC62619,UL1973,UL9540A PACK:UN38.3 PCS:G99,EN50549,AS4777.2,VDE4105

Regional Applications

1. Australia

Ideal for Remote & Off-Grid Communities: The containerized, all-in-one solution is perfect for establishing reliable microgrids in the Australian outback.
Grid Code Compliance: PCS certified to AS4777.2, ensuring smooth and approved connection to Australian distribution networks.
Bushfire Resilience: The patented flame-retardant design and integrated fire suppression system (FAS) are critical for fire-prone regions.
Maximizes Rooftop Solar Investment: Allows homes and businesses to store excess solar power, reducing reliance on the grid and increasing self-consumption.
Handles Wide Temperature Swings: Performs reliably across the diverse Australian climate, from desert heat to cooler southern coastal areas.
Support for Mining Operations: The robust design and ability to integrate with diesel gensets provide reliable power for remote mining sites, reducing fuel logistics.
Storm and Grid Blackout Protection: Offers backup power during extreme weather events that can cause widespread grid failures.
High Altitude Capability: Suitable for installation in elevated regions up to 2000m without performance loss.
Future-Proof for Energy Trading: The sophisticated control system positions owners to participate in emerging virtual power plant (VPP) and energy trading markets.
Low Water Consumption: Unlike some backup systems, it uses air-based cooling (HVAC and forced air), a key advantage in arid regions.

2. Brazil

Hydropower Complement: Provides stability and backup during dry seasons when hydropower generation is reduced, mitigating energy crisis risks.
Bi-Directional Inverter for Flexible Energy Use: The 3P4W+PE grid-connected inverter efficiently manages energy flow, ideal for net metering and self-consumption schemes.
Withstands High Humidity: Designed for 0-95% relative humidity (non-condensing), essential for the Amazon basin and coastal cities.
Reduces Demand Charges for Industry: Effectively manages peak demand for large industrial consumers, leading to substantial cost savings on electricity bills.
Enhanced Power Quality: Low harmonics (<3%) protect sensitive industrial equipment from damage and inefficiency.
Simple Installation in Urban Areas: The plug-and-play container minimizes complex civil works, a significant advantage in densely built urban centers.
Integration with Biomass Generators: Supports hybrid systems that include local biomass or biogas generators, promoting diversified renewable energy.
Robust Communication for Remote Monitoring: Ethernet and Modbus TCP/IP enable real-time monitoring from anywhere, crucial for managing assets across vast distances.
Theft and Vandal Deterrence: The secure, lockable container design protects the valuable asset in areas with security concerns.
Long-Term Warranty Assurance: The 5+ year warranty provides a guarantee of performance in a market with varying equipment quality.

3. Japan

Critical Disaster Resilience: Provides essential backup power during and after earthquakes and typhoons, supporting business continuity and community safety.
Space-Efficient Design: The compact 20HQ container is perfectly suited for Japan's limited and expensive real estate.
High-Power Quality for Precision Manufacturing: Ultra-low harmonic distortion ensures clean power for sensitive electronics and manufacturing processes.
Compliant with Stringent Safety Codes: Cell certifications (IEC62619, UL1973) and system safety features align with Japan's rigorous technical standards.
Efficient Operation in Humid Climate: The advanced thermal control system (TCS) prevents condensation and maintains optimal battery temperature.
Supports Local Solar Feed-in Policies: Efficiently stores solar energy for optimal dispatch, maximizing revenue under various feed-in tariff schemes.
Quiet Operation for Urban Integration: Low noise emission allows for installation in urban and semi-urban settings without noise pollution complaints.
Advanced Remote Diagnostics: The online O&M platform allows Japanese engineers to perform detailed analysis and troubleshooting remotely.
Reliable Performance in Mountainous Terrain: Operates effectively at altitudes up to 2000m, suitable for many regions in Japan.
Proven Technology with Global Certifications: UN, IEC, and UL certifications provide confidence in the product's quality and international acceptance.

4. United Kingdom

Balances Intermittent Wind Power: Excellent for smoothing the output from the UK's extensive wind farms, both onshore and offshore.
Durable for Wet and Temperate Climate: The C3 corrosion protection and high IP ratings ensure longevity in the UK's damp and variable weather.
G99 Compliance for Grid Connection: The PCS is pre-certified for G99, streamlining the process of connecting to the UK's distribution network.
Enables Peak Time Shifting: Stores cheap off-peak or wind-generated electricity for use during expensive peak periods, saving money for businesses.
Supports EV Charging Infrastructure: Provides the necessary power buffer for rapid EV charging stations without requiring costly grid upgrades.
Minimal Visual Impact: The standardized container is a familiar industrial object, making planning permission potentially easier than for custom-built structures.
Robust Data Reporting: Modbus TCP/IP protocol allows for easy integration with building management systems (BMS) for comprehensive energy reporting.
Reduces Carbon Footprint for CSR Goals: Helps large corporations and public sector bodies meet stringent carbon reduction targets.
Factory-Tested Reliability: The all-in-one design means the system is assembled and tested before shipment, reducing on-site commissioning risks.
Financial Model Certainty: A long, extendable warranty period supports accurate financial modeling and project financing.