首页产品太阳能逆变器离网逆变器-欧盟12kW 离网逆变器 三相 8K-12K 260A 充电 工业太阳能储能器

12kW 离网逆变器 三相 8K-12K 260A 充电 工业太阳能储能器

  •  - Industrial-grade SPI H3P series three-phase off-grid inverters (8KW-12KW) featuring massive 260A charging current and 99.9% MPPT efficiency. Perfect for commercial & industrial applications requiring reliable three-phase power. 24,000VA surge capacity!
  • ⚡ True Three-Phase Power - 230/400V output for industrial equipment - 
  • 🔋 260A Hyper-Charging - Fastest battery recharge in class - 
  • � 6HP Motor Starting - Handles heavy industrial loads - 
  • 📈 99.9% MPPT Efficiency - Maximizes solar harvest - 
  • 🏭 Industrial-Grade Design - Built for harsh environments - 
  • 🔄 Scalable Power - 8KW to 12KW system capacity - 
  • 📱 BMS Integration - Seamless Li-ion battery communication - 
12 千瓦三相离网逆变器
Appearance of 12kw single-phase off-grid inverter
Mobile phone remote monitoring 12kw single phase off-grid inverter
混合逆变器的四种工作模式
逆变器生产厂
12 千瓦三相离网逆变器
Appearance of 12kw single-phase off-grid inverter
Mobile phone remote monitoring 12kw single phase off-grid inverter
混合逆变器的四种工作模式
逆变器生产厂

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产品详细说明

The SPI H3P Series represents the pinnacle of three-phase off-grid power conversion technology, delivering industrial-grade performance for mission-critical applications. These 8KW to 12KW inverters are engineered to power commercial facilities, agricultural operations, and remote industrial sites where reliable three-phase power is essential.

Industrial Power Features:

  1. Balanced Three-Phase Output ⚡
    Delivering true 230/400V three-phase power, the H3P series can run heavy machinery, commercial HVAC systems, and manufacturing equipment with perfect voltage balance across all phases. The <3% THD ensures clean power for sensitive CNC equipment and medical devices.
  2. Military-Grade Charging System 🔋
    The industry-leading 260A charging current (with generator input) means you can recharge massive battery banks up to 40% faster than competing models - crucial for operations with limited generator fuel or runtime windows.
  3. Extreme Environment Ready ❄️🔥
    Operating from -25°C to +60°C with intelligent thermal management, these inverters perform reliably in freezing cold storage facilities, scorching industrial plants, or dusty agricultural environments.
  4. 智能能源管理 🧠
    The exclusive time-slot function automatically optimizes energy usage based on your schedule, while the dual BMS activation ensures perfect communication with lithium battery systems for maximum performance and lifespan.

理想应用:

  • Manufacturing facilities
  • Agricultural operations (pumping, cooling)
  • Remote mining/oilfield sites
  • Telecommunications hubs
  • Cold storage warehouses
  • Water treatment plants
  • Microgrid implementations
  • EV charging stations

技术规格

参数SPI-8K-H3PSPI-10K-H3PSPI-12K-H3P
交流输出
额定功率8,000W10,000W12,000W
峰值功率16,000VA20,000VA24,000VA
电压230/400V three-phase
频率50/60Hz
波形纯正弦波
电机启动6HP
电池
类型锂离子/铅酸/用户自定义
电压400VDC
最大充电电流(MPPT)200A220A260A
最大充电电流(发电机)260A
光伏输入
MPPT 跟踪器2 独立
最大输入功率8,000W + 8,000W10,000W + 10,000W12,000W + 12,000W
工作电压200-650VDC
效率
MPPT 跟踪99.90%
峰值变频器97.50%
一般情况
尺寸700*400*300mm
重量32kg
保护IP65
工作温度-25℃ to +60℃
保修5 years

常见问题

Q :

Can this system power an entire commercial facility?

A :

Absolutely! The 12KW model can power small commercial buildings, and multiple units can be paralleled for larger facilities. A typical setup might include 24KW of inverters (2×12KW) with 50-100kWh battery storage for overnight operation.

Q :

What solar array size is recommended?

A :

We recommend 1.5× inverter rating for optimal performance - so 18KW PV for a 12KW inverter. The dual MPPT trackers allow separate array orientations to maximize daily production. The 200-650V input range accommodates commercial string configurations.

Q :

How does three-phase off-grid compare to single-phase?

A :

Three-phase provides balanced power delivery, eliminates neutral wire overload issues, and can deliver 3× the power capacity. Our commercial users report 25% lower installation costs (no load balancing needed) and 40% fewer maintenance issues compared to single-phase solutions.