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H3/AC3 Series
FOX ESS(Business Partner:Ocean Solar)
Three-Phase Grid-Tied Inverter
449*519*198mm
28kg
Natural/Fan
35dB/45dB
-25 ~ +60°C
IP65
5 years
Wholesale
Product Description
Wide Voltage Adaptation & High-Power Input: Featuring an MPPT operating voltage range of 160V-950V and a low startup input voltage of 160V, it is compatible with various types of PV modules and can start and operate stably even under voltage fluctuations. The maximum array power reaches up to 24,000Wp, with a split-path maximum input power design (up to 8000W for Channel A and 5000W for Channel B), fully meeting the needs of PV arrays of different scales.
Outstanding Conversion Efficiency: Adopting advanced power conversion technology, it achieves a maximum efficiency of 98.0%, a Chinese efficiency of 97.1%-97.2%, a maximum charging efficiency (PV to battery) of 98.5% at full load, and a maximum discharging efficiency (battery to AC) of 97.0% at full load. With a total harmonic distortion (THDI) of <3% (at rated power) and an adjustable power factor ranging from 0.8 leading to 0.8 lagging, it significantly improves system power generation efficiency and grid compatibility.
Integrated High-Voltage Battery: Equipped with a built-in high-voltage battery, the battery operating voltage ranges from 180V to 600V (minimum operating voltage of 150V) with a maximum charge/discharge current of 26.0A, maximizing system cycle efficiency and effectively enhancing the comprehensive benefits of energy storage and release.
Easy Installation Design: With dimensions of 449×519×198mm, it supports wall-mounted installation to save space. Adopting a flexible configuration and plug-and-play mode with built-in insurance protection, it eliminates the need for complex wiring and debugging, greatly shortening the installation cycle and reducing construction difficulty and labor costs.
All-Environment Tolerance: Boasting an IP65 high protection rating, it offers excellent dustproof and waterproof performance, allowing direct outdoor installation without the need for additional protective equipment rooms. It adapts to a wide temperature operating environment of -25℃+60℃,0~100% non-condensing humidity, and a maximum operating altitude of 2000m. It can operate stably under complex climatic conditions such as high temperatures and severe cold, suitable for various scenarios including residences, commercial buildings, outdoor areas, and remote regions.
Multi-Mode Operation Adaptation: Supporting both hybrid and AC-coupled modes, it integrates multiple functions such as PV direct supply, energy storage charge/discharge, and emergency power supply. The emergency output maximum apparent power reaches up to 15,000VA (60s peak) with a switching time of <20ms, enabling rapid switching to emergency power supply mode in case of grid outages to ensure stable power supply for critical loads.
Intelligent Safety Detection: Built-in insulation resistance detection and leakage current detection functions monitor the circuit operation status in real time, providing early warnings of potential fault risks and avoiding safety hazards from the source.
Comprehensive Fault Protection: Covering core protection mechanisms such as DC reverse polarity protection, anti-islanding protection, AC short circuit protection, and AC overcurrent/overvoltage protection, it is equipped with DC/AC Type II surge protection. It comprehensively responds to circuit abnormalities to ensure the safety of equipment, PV modules, and the power grid.
Optional Safety Upgrade: DC arc protection can be added according to scenario requirements. Combined with the built-in DC switch, it further improves the system safety level, adapting to application scenarios with high safety requirements such as residences and commercial buildings, making the power generation and energy storage process more secure.
Multi-Dimensional Remote Monitoring: Equipped with multi-mode communication modules (WiFi, LAN, 4G, GPRS optional), it supports dual-end access via mobile APP and computer monitoring website. Users can real-time view core parameters such as equipment output power, charge/discharge status, voltage and current, and conversion efficiency, keeping track of the system operation status anytime and anywhere.
Advanced Monitoring Platform: Connected to the FoxCloud V2.0 intelligent monitoring platform, it features advanced functions such as data statistical analysis, automatic fault alarm, and historical data tracing. It helps users accurately locate problems, optimize energy storage and power generation strategies, reduce operation and maintenance costs, and improve management efficiency.
Low-Consumption & Quiet Operation: Adopting a combined cooling design of natural cooling and fan cooling, the operating noise is as low as 35dB-45dB, avoiding interference with daily life and work environments. The standby power consumption is <15W, minimizing energy loss in non-operating states and practicing the concept of energy conservation.
