Microinverter Module-level optimization, each panel operates independently, eliminating. Flexible installation with enhanced safety (no high-voltage DC risks). Ideal for complex roofs and shaded areas. Monitors every panel to maximize system generation efficiency.
Plug-and-Play made effortless
Single unit connects to 2 PV panel
IP67 protection degree
CE-EMC: EN61000-6-2/4
EN61000-3-2/3 Rohs :IEC62321
MPPT for Max. power generation ＆efficiency
WlFl remote monitoring
Multiple protection functions
Suitable for crystalline silicon and thin film PV panel
MODEL | 0.8M-G1P-EU |
(DC)/Input Data(DC) | |
Recommended solar panel input power | 200-430W×2 |
Number of DC input connections | MC4×2 |
Max. input voltage | 60V |
Max input short-circuit current | 20A*2 |
PV Operating voltage | 16-60V |
Start-up voltage | 22V |
MPPT tracking range | 22-55V |
MPPT tracking accuracy | >99.5% |
Max. continuous input current | 14A*2 |
(AC)/Output Data(AC) | |
Max. continuous output power | 800W |
Nominal output voltage | 230V |
Operating voltage range | 190-270V |
Max. continuous output current | 3.47A |
Nominal output frequency | 50Hz/60Hz |
Output frequency range | 47.5-51.5Hz/57.5-62.5Hz |
THD | <5% |
Power factor | >0.99 |
Peak efficiency | 96% |
Protective class | Class I |
Protection Function | |
Operating ambient temp. | -40℃ to +65℃ |
Indication light quantity | Working status: Led light |
Communication connection mode | Wi-Fi/2.4G |
Cooling method | Natural cooling(no fan) |
Working environment | Indoor and Outdoor |
Weight | 2.52kg |
Size (L*W*H)mm | 227mm*195.5mm*42mm |
Maximum Energy Production: With >99.5% MPPT tracking accuracy, each panel operates independently at its optimal power point, increasing overall system yield by up to 25% in partially shaded conditions.
Enhanced Safety: Ultra-low DC voltage (max 60V) on the roof eliminates high-voltage DC fire risks, making installation and operation safer for your home.
Real-Time Monitoring: Built-in Wi-Fi provides panel-level performance data, allowing you to see the output of each panel and quickly identify any issues.
Proven Reliability: Designed for outdoor durability (-40°C to +65°C) with a passive cooling system (no fans) for silent operation and long service life.
Easy Installation & Scalability: Compact, lightweight design with plug-and-play connectors simplifies installation and allows for easy future system expansion.
1. Scenario: Complex Roofs and Multi-Orientation Residences
Points: Detached houses, townhouses, and self-built homes often feature roofs with multiple slopes, different orientations (south, east, west), skylights, chimneys, ventilation pipes, and other structures that easily create partial shading.
Advantage: Pure microinverters are the ultimate solution for such scenarios. Solar panels on the east-facing roof won’t stop working just because panels on the west side are shaded, maximizing the use of all available roof space and increasing overall power generation revenue.
2. Scenario: Sites with Stringent Safety Requirements
Points: Residential homes (especially those with children), schools, historical buildings, thatched roofs, and structures made of flammable materials. Homeowners may have concerns about high-voltage direct current (DC).
Advantage: Provides the highest level of electrical safety in the industry. With no high-voltage DC cables, fire risks are eliminated at the source, ensuring peace of mind and compliance with the strictest fire safety standards.
3. Scenario: Grid-Tied Systems Without Initial Energy Storage Plans
Points: The user’s primary goal is "self-consumption with excess electricity fed back into the grid," leveraging net metering policies to save on electricity costs. The local grid is stable, power outages are rare, and there is no strong demand for backup power.
Advantage: Investment is entirely focused on improving power generation efficiency. The system is simple in structure and highly reliable, making it a pure choice for pursuing a higher return on investment (ROI).
4. Scenario: Systems Requiring Phased Installation or Future Expansion
Points: Homeowners have a limited budget and plan to install some components now with the intention of adding more later, or the available roof space allows for future expansion.
Advantage: The system offers excellent scalability. Additional panels can be easily integrated in the future by pairing them with corresponding microinverters, with no need to replace or modify existing equipment—as simple as "adding building blocks."
5. Scenario: Pursuing Maximum Power Generation and Monitoring Experience
Points: Users are tech-savvy and want clear insights into the performance of each panel, quickly identifying issues such as leaf shading, panel cracks, or performance degradation.
Advantage: Provides component-level detailed monitoring. Through a mobile app, users can check the power generation of each panel, and any anomalies are immediately reported, making power station management transparent and straightforward.
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