Solarasia All in One 100kw 241kwh 315ah Solar Energy System Ess Large Lithium LiFePO4 Cell Battery Energy Storage Cabinet

• Overview
• Product Description
• Project Case
• Application Scenarios
• Product Parameters
• Packaging & Shipping
• Certifications
• Company Profile
• FAQ

Overview

Basic Info.

Model NO.	HZI241100AHY (Hybrid)
Energy Capacity	241kwh
Power Configuration	100/110kw
Cycle Life	6000 Cycles
Cooling Method	Air Cooling System
Battery Type	LFP
Battery Energy (Ah)	314ah
Battery Rated Voltage (V)	768
Battery Voltage Range (V)	696 ~ 852
Wiring Method	3p+N+PE
Protection Level	IP54
Weight (T)	2.6
Warranty	5 Years
BMS Communication	Can
Ambient Temperature	-30℃ ~ 55℃ (Derating Above 45℃)
Relative Humidity	0~95% (Non-Condensing)
Transport Package	Carton
Specification	1030 * 1350 * 2400mm
Trademark	Solarasia
Origin	China

Packaging & Delivery

Package Size105.00cm * 140.00cm * 245.00cm Package Gross Weight2600.000kg

Product Description

Product Description

HZI241100AHY Commercial & Industrial Energy Storage System (ESS) is an all-in-one, air-cooled solution purpose-built for commercial and industrial (C&I) applications, integrating a 241kWh LFP battery pack and 100kW hybrid PCS. Designed for peak shaving, load shifting, backup power, and renewable energy integration, this system delivers reliable, efficient power support to reduce energy costs, improve grid stability, and ensure uninterrupted operation for factories, data centers, commercial buildings, and remote industrial sites.

Key AdvantagesUltra-Safe LFP Battery Technology
Adopts LFP (Lithium Iron Phosphate) battery cells with superior thermal stability and zero risk of thermal runaway. Supports 6,000+ deep cycles with only <3% annual decay, ensuring long service life and low maintenance costs for commercial projects.High-Efficiency Hybrid PCS Integration
Built-in 100kW hybrid PCS with 98.5% maximum efficiency, supporting bidirectional energy flow. The unit delivers THDI <3% and power factor ≥0.99, ensuring clean, stable power output for sensitive industrial loads.Rugged Design for Harsh Environments
IP54 protection level with default C3 corrosion resistance (C4/C5 optional) ensures reliable operation in high-humidity, dusty, and coastal environments. The system operates seamlessly in -30℃ to 55℃ ambient temperatures, with altitude derating support up to 3000m, suitable for mining sites, desert areas, and tropical climates.All-In-One Plug-and-Play Solution
Integrated battery, PCS, BMS, and EMS communication modules in a compact container (1030×1350×2400mm). Supports 3P+N+PE wiring and ±15% AC voltage range, enabling quick deployment without complex on-site assembly.Smart Monitoring & Remote Management Equipped with CAN, 4G, and RS485 communication interfaces for real-time data monitoring via BMS and EMS. Supports remote diagnostics, firmware updates, and system optimization, reducing on-site maintenance requirements.Comprehensive Safety & Compliance
Optional aerosol/perfluorohexanone fire suppression system for enhanced safety. The non-isolated design (with optional transformer) meets global electrical standards, ensuring compliance with industrial and commercial safety regulations.

Project Case

Application Scenarios

Peak Shaving & Load Shifting: Reduce utility costs by storing off-peak energy and using it during high-demand periods.
Backup Power for Critical Loads: Ensure uninterrupted power supply for data centers, factories, and medical facilities.
Renewable Energy Integration: Smooth output fluctuations from solar and wind power, improving grid stability.
Microgrid & Remote Industrial Sites: Provide reliable power for mining operations, oilfields, and off-grid communities.
Commercial & Industrial Facilities: Support demand response programs and reduce carbon emissions.Product Parameters

HZI241100AHY (Hybrid)
DC Battery Parameters
Battery Rated Energy (KWh)	241
Battery Rated Voltage (V)	768
Battery Voltage Range (V)	696 ~ 852
Battery Type	LFP
Battery Energy (Ah)	314
Battery Life Cycle	6,000 Cycles ( 0.5C, 5%~95%DOD, 80%SOH)
Battery Standard Charge/Discharge Rate (C)	0.5
Battery Pack Series And Parallel	1P240S
Module Cooling Method	Air Cooling
AC Parameters
Rated AC Power (KW)	100
Maximum Power (KW)	110
Maximum Current (A)	200
Rated AC Voltage (V)	400
AC Voltage Range	±15%
Rated AC Frequency (Hz)	50/60
Wiring Method	3P+N+PE
Current Distortion Rate THDI	< 3% (Rated Power)
Power Factor	≥0.99/-1~1
Voltage Total Harmonic Distortion THDU	< 3% (Linear Load)
PCS Cooling Method	Air Cooling
Maximum Efficiency	98.5%
System Parameters
Energy Cycle Efficiency	≥ 90 %
Protection Level	IP54
Corrosion Resistance Level	C3 is the default, C4/C5 are optional
Fire Fighting	Aerosol/Perfluorohexanone (Optional)
Isolation Method	Not Isolated (Transformer Optional)
Relative Humidity	0~95% (Non-condensing)
Ambient Temperature	-30℃ ~ 55℃ (Derating Above 45℃)
Altitude	<3000m (Derating Applies Over 2000m )
BMS Communication	CAN
EMS Communications	4G/CAN/RS485
Dimensions (mm)	1030 * 1350 * 2400
Weight (T)	2.6
Annual Decay Rate	<3%
Warranty	5 years

Packaging & Shipping

Certifications

Why Choose HZ Series Hybrid ESS?Compact all-in-one design for easy installation and small footprint. High efficiency and long cycle life deliver lower Levelized Cost of Storage (LCOS). Rich communication interfaces ensure seamless integration with existing monitoring systems. Safe, reliable, and field-proven — perfect for large-scale commercial & industrial projects.We offer technical support, system design assistance, and grid-connection guidance. OEM/ODM and customized solutions are welcome.Company Profile

FAQ
Q1: What is the expected lifespan of this energy storage system?
A1: The LFP battery pack supports 6,000+ charge-discharge cycles at 0.5C rate with 5%-95% DOD, maintaining 80% of initial capacity. With <3% annual decay, the system can operate reliably for over 10 years under normal conditions, backed by a 5-year warranty.
Q2: Can this system operate in extreme temperatures?
A2: Yes. The air-cooled system works stably in ambient temperatures from -30℃ to 55℃. Note that performance derating will apply above 45℃, and the system supports operation at altitudes up to 3000m (derating required above 2000m).
Q3: What communication interfaces does the system support for remote monitoring?
A3: The system is equipped with CAN (for BMS) and 4G/CAN/RS485 (for EMS) communication, enabling real-time monitoring, remote control, and data logging via a cloud-based platform.
Q4: Is the system expandable for larger capacity projects?
A4: Yes. Multiple units can be paralleled to meet higher energy and power requirements for commercial or utility-scale projects. Our engineering team can provide customized solutions based on your specific needs.
Q5: What safety features are included?
A5: The system includes multi-layer protection: IP54 enclosure, LFP battery safety design, optional fire suppression (aerosol/perfluorohexanone), overcharge/over-discharge protection, and short-circuit protection, ensuring safe operation in industrial environments.
Q6: What certifications does this product comply with?
A6: The system meets major international standards for industrial energy storage, including compliance with safety and performance regulations for commercial and grid-tied applications. We can provide detailed certification documents upon request.