三相高圧ハイブリッドインバータ

カテゴリーインバーター

4kW/6kW Commercial & Residential Solar Energy Storage Solution

Advanced three-phase hybrid inverter with ultra-wide battery compatibility (120-600V) and dual MPPT controllers. Features transformerless topology, parallel expansion capability, and intelligent power management for optimal energy independence.

主な特徴

4kW/6kW max output power, 9.2kW charging capacity
Dual MPPT controllers (80-520V range)
Ultra-wide battery voltage range (120-600V)
Parallel operation for system expansion
Smart load forecasting and power optimization
Fanless design with 25-year reliability

アプリケーション Self-consumption optimization, peak shaving, backup power, commercial and residential solar-plus-storage systems.

スペック IP42 protection | 400V three-phase | Mobile app monitoring | Plug-and-play installation

追加情報

商品詳細

The POWER STORAGE DC 4.0|6.0 three-phase high-voltage hybrid inverter features multiple application modes, including self-generation, peak shaving, and backup power. It supports parallel operation of multiple units and is suitable for a variety of home energy storage applications. Compatible with an ultra-wide battery voltage range of 120-600V, it accommodates larger capacity batteries, significantly improving system efficiency and reducing costs. A dual-channel MPPT design adapts to diverse installation environments. Multiple intelligent protection features ensure safe and reliable home power supply. Intelligent power management maximizes self-consumption and achieves energy independence

Exceptional Performance, Setting Industry Standards

🔋 Ultra-High Conversion Efficiency Technology

Featuring advanced transformerless topology with three independent MPPT controllers, delivering industry-leading energy conversion rates. Supports dual high-voltage battery connections with dynamic power adjustment (0-100%), maximizing every kilowatt-hour’s potential.

私たちの intelligent battery management system leverages PV generation forecasting and load analysis to automatically optimize energy distribution, maximizing self-consumption rates and dramatically reducing electricity bills.

⚡ Effortless Installation, Plug-and-Play Ready

Say goodbye to complex installation processes! The internet-free RCTPowerRESS app comes pre-configured with parameters for different countries and regions. Plug-and-play AC/DC connections make professional installation simple and straightforward.

📱 Smart Monitoring, Complete Control

Dual-platform monitoring via smartphone and computer lets you track system performance anywhere, anytime. Our professional app provides real-time data monitoring and intelligent alert systems, while the multi-function communication board ensures compatibility with various connected devices for a complete smart home ecosystem.

🌤️ Flexible Adaptation, Outstanding Performance

Global maximum power point tracking technology maintains optimal power generation even under partial shading conditions. MPPT voltage range of 80-520V offers flexible string configurations, with maximum input current of 14A to meet high-power demands.

Cascadable and expandable design seamlessly integrates with existing PV systems, enabling effortless system upgrades and capacity expansion.

🛡️ Robust Construction, Quality Guaranteed

Fanless silent operation with maintenance-free design eliminates noise concerns. Compact, lightweight hardware features durable aluminum housing と IP65 protection rating, engineered to withstand harsh outdoor conditions and ensure 25 years of reliable operation.

Why Choose Our Solar Inverter Solution?

✅ Save up to 90% on Electricity Bills – Smart self-consumption optimization ✅ Quick Installation – Professional team completes setup in 2 hours ✅ 25-Year Warranty – Industry-leading warranty coverage ✅ Smart Management – 24/7 remote monitoring and maintenance ✅ Eco-Friendly – Reduce carbon footprint, support sustainable living

Contact us today for your personalized solar solution!

Specification of Three-Phase High-Voltage Hybrid Inverter

POWER STORAGE DC	4.0	6.0
Max. DC Input Voltage	1000 V
最大入力電流MPPTあたりの入力電流	12 A (Parallel mode 24 A)
Max. Output Power	4000 W	6000 W
定格AC電圧	400 V (3/N/PE)
Rated Output Current per Phase	5.8 A	8.7 A
Max. Output Current per Phase (AC side)	9.1 A	9.1 A
バッテリー電圧範囲	120–600 V
Max. Charging / Discharging Current	20 A / 20 A
Max. Charging / Discharging Power	9220 W / 4000 W	9220 W / 6000 W
保護等級	IP42

よくあるご質問

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What advantages does N-type monocrystalline silicon provide compared to P-type alternatives?

N-type silicon offers superior performance characteristics including higher efficiency potential, reduced light-induced degradation (LID), and better temperature coefficients. Our N-type cells eliminate boron-oxygen defects that cause power loss in P-type cells, resulting in first-year degradation ≤1.0% compared to 2-3% typical for P-type modules. The superior minority carrier lifetime in N-type silicon also enables higher conversion efficiency, with our modules achieving 23.2% compared to 20-21% typical for P-type alternatives. Additionally, N-type technology maintains better performance under partial shading conditions due to reduced current mismatch sensitivity.

How do the 695-720W power ratings compare to standard residential modules for utility applications?

High-wattage utility modules provide significant advantages over residential-size panels for large-scale installations. The 720W maximum output reduces module count by 40-50% compared to 400W residential modules, decreasing installation labor, racking materials, and electrical connections proportionally. This translates to $0.10-0.15/W savings in balance of system costs for utility-scale projects. The larger format also improves land utilization efficiency, reducing site preparation and civil works costs per MW installed. However, the 38kg weight and 2384×1303mm dimensions require specialized handling equipment unsuitable for residential applications.

What are the specific installation requirements for the 132-cell configuration?

The 132-cell (6×22) configuration requires careful consideration of string sizing and electrical design. Maximum string length depends on system voltage (1000V or 1500V) and temperature coefficients, typically allowing 18-28 modules per string. The large format requires mechanical lifting equipment for installation and must be handled carefully to prevent cell cracking. Racking systems must accommodate the 2384mm length with adequate structural support points. The +350mm/-280mm cable lengths are optimized for vertical installation orientation, reducing the need for extension cables and minimizing electrical losses in large arrays.

How does the double-glass construction (2.0mm + 2.0mm) benefit utility-scale installations?

Double-glass construction provides superior durability for 25-30 year utility installations compared to glass-backsheet alternatives. The symmetric glass structure eliminates thermal expansion mismatch that can cause delamination, while providing enhanced protection against moisture ingress, UV degradation, and mechanical damage. In utility environments with potential for hail, debris, and severe weather, double-glass construction reduces breakage risks and maintains electrical safety through retained structural integrity. The design also enables bifacial operation where ground reflection can increase energy yield by 5-15% depending on installation conditions.

What monitoring and maintenance considerations are specific to these utility-scale modules?

Utility-scale installations require sophisticated monitoring systems to track performance across thousands of modules. String-level monitoring is typically sufficient for utility applications, though module-level monitoring may be specified for critical installations. Maintenance protocols include annual electrical testing, torque checking of grounding connections, and visual inspections for cracking or soiling. The large module size requires specialized cleaning equipment for optimal performance, typically automated systems for utility-scale installations. Replacement procedures must account for the 38kg weight and specialized lifting equipment, with module-level replacement possible without system shutdown through proper electrical isolation procedures.

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