Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use - Ruibit Energy Storage Product

Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use

DWH 8-15K Split Phase Hybrid Solar Inverter 48V 200A MPPT Pure Sine Wave Off Grid Solar Storage Inverter 120V 240V for Home Use
6,000–8,000+ Cycles
LiFePO₄ Safety
CE / UL / IEC Certified
Smart EMS
Global Delivery
10yr / 5+5yr Warranty

The DWH 8-15K Split-Phase Hybrid is a split-phase hybrid inverter specifically designed for North American residential solar-plus-storage systems with split-phase 120/240V electrical service, available in 8kW, 10kW, 12kW, and 15kW power ratings, with UL certification.

Key Specifications at a Glance: 8-15kW | 120/240V Split-Phase | Dual MPPT | HV Battery | UL 1741 | Hybrid

Key Features

  • Split-Phase 120/240V Output: Specifically designed for North American split-phase electrical service, providing balanced 120V and 240V output compatible with all home appliances and circuits.
  • UL Certified for North America: UL 1741 and UL 9540 certified, meeting all North American safety and interconnection standards. Compatible with major utility interconnection requirements.
  • Dual MPPT with Wide PV Range: Two independent MPPT trackers support up to 18kW solar input with 200-500V PV range, ideal for North American roof installations.
  • High-Voltage Battery Compatible: Supports 100-400V high-voltage batteries including popular North American battery brands. Features native battery communication protocols for seamless integration.

Specifications

Model DWH 8-15K Split-Phase Hybrid
Power Ratings 8kW / 10kW / 12kW / 15kW (split phase)
AC Output Voltage 120/240V split-phase, 60Hz
Max AC Input (Grid) 8-15kW (model dependent)
PV Input Dual MPPT, 200-500V DC, max 18kW
MPPT Efficiency Up to 99.9%
Battery Voltage 100-400V DC (high voltage)
Max Charge/Discharge Power 8-15kW (model dependent)
Surge Capacity 2x rated power for 10 seconds
Max Efficiency Up to 97.5% (CEC)
Backup Switching Time < 20ms (seamless for most loads)
Operating Modes Self-consumption, TOU, peak shaving, backup, off-grid
Display 5-inch color touchscreen LCD
Communication WiFi / Ethernet / RS485 / CAN
Smart Home Compatible with major North American smart home platforms
Certifications UL 1741 / UL 9540 / FCC / IEEE 1547
Operating Temperature -20°C to 50°C
Cooling Intelligent fan cooling with speed control
Protection Rating IP65 (indoor/outdoor)
Dimensions 480 × 380 × 200 mm
Weight 30-40 kg (varies by model)
Warranty 10 years (optional extension)

Certifications & Safety

UL 1741 / UL 9540 / FCC / IEEE 1547 certified. Complete protection suite per UL standards with AFCI, GFDI, and rapid shutdown compliance.

Applications

  • North American residential solar-plus-storage systems
  • Homes with split-phase 120/240V electrical service
  • US and Canadian homeowners seeking energy independence
  • Grid-tie with battery backup for power outage resilience
  • Time-of-use electricity bill optimization in US markets
Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use
Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use
Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use
Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use
Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use
Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use
Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use
Dawnice DWH 8-15K Split-Phase Hybrid Solar Inverter 8kW-15kW 120V/240V 48V MPPT UL Certified for North American Home Use

FAQ

Q: What is split-phase and why does it matter?

A: Split-phase electrical service (120/240V) is the standard in North American homes. It provides 120V for standard outlets and lighting, and 240V for high-power appliances like electric dryers, water heaters, EV chargers, and central AC. The DWH split-phase inverter is specifically designed to provide both voltages correctly and safely, unlike single-phase 230V inverters used in Europe and other regions.

Q: Is this inverter compatible with my utility?

A: The DWH split-phase inverter is UL 1741 and IEEE 1547 certified, meeting the interconnection requirements of most North American utilities. However, utility interconnection rules vary by region and utility. We recommend checking with your local utility for specific interconnection requirements and net metering policies.

Q: Can it power my 240V appliances during an outage?

A: Yes, the split-phase inverter provides both 120V and 240V output during backup mode. It can power 240V appliances including electric dryers, water heaters, EV chargers, and central AC units, as long as total power demand does not exceed the inverter rating (8-15kW depending on model). For whole-home backup including multiple high-power 240V loads, we recommend the 12kW or 15kW model.

Order & Support

For BOM quotations and bulk pricing, please contact us. DDP/FOB/EXW trade terms available with export-grade reinforced wooden crating. Authorized Distributor of Dawnice .

Applications

Factory & Industrial Parks

Reduce electricity costs through peak shaving and TOU arbitrage; protect production from grid outages.

Commercial Buildings & Data Centers

Reliable backup power for zero downtime; optimize demand charges and improve energy efficiency.

EV Charging Stations

Add storage capacity to avoid costly grid upgrades; capture peak-valley arbitrage at charging sites.

Residential & Community

Store solar energy for self-consumption; provide backup power during outages and lower utility bills.

Remote & Off-Grid Microgrids

Stable off-grid power for mines, oilfields, and remote areas; reduce diesel dependency and operating costs.

Renewable Energy Integration

Seamlessly integrate with solar and wind systems; smooth output fluctuations and maximize renewable self-consumption.