High Efficiency Microinverter 1in1 China Factory Suppliers
Looking for reliable China suppliers? Our factory provides the TSUN Microinverter 1-in-1, a high-efficiency power converter with 500W output, IP67 rating, and 25-year lifespan. Perfect for balcony and rooftop solar energy storage with advanced MPPT technology.
About this product
Product information from the supplier.
The Microinverter 1-in-1 is a high-performance power conversion solution engineered for maximum endurance and efficiency. Featuring a full aluminum die-casting chassis for superior heat dissipation and an IP67 protection rating, this unit is built to withstand extreme weather conditions, ensuring uninterrupted power delivery and rock-solid reliability for up to 25 years.
Designed for versatility and high output, it utilizes advanced MPPT technology with an ultra-low 16V minimum voltage to capture every possible ray of sunlight. Compatible with high-wattage PV modules up to 600W, it delivers up to 500W of output power, making it an ideal choice for balcony energy storage, rooftop installations, and DIY solar kits.
Detailed Parameters
| Max Output Power | Up to 500 W | Module Compatibility | 300 W ~ 600 W+ |
|---|---|---|---|
| MPPT Min Voltage | 16 V (Ultra-low) | Max DC Input | 60 V |
| Protection Rating | IP67 Waterproof | Design Life | 25 Years |
| Input Current | 14 A (Max) | Short-circuit Current | 20 A |
| Dimensions | 164 x 225 x 30 mm | Weight | 1.75 kg ~ 2.1 kg |
Key Advantages
Industrial Grade Durability
Aluminum die-casting and IP67 rating ensure performance in harsh environments for 25 years.
Rapid Installation
Plug-and-play daisy-chain and trunk cable options slash installation time and labor costs.
Maximum Energy Yield
Advanced MPPT with 16V minimum voltage ensures optimal efficiency even in low-light conditions.
Enhanced Safety
Low 60V DC input and high-frequency isolation eliminate the need for AFCI or RSD components.
Smart Monitoring
Real-time tracking via Wi-Fi, RS485, 4G, or Bluetooth across all installation scenarios.
Scalable Configuration
Easy to scale systems from a modest 500W up to a powerful 9000W capacity.
Product Gallery
Management Platforms
Wi-Fi Connectivity
Easy configuration, perfect for residential balcony energy storage systems.
RS485 Interface
Ideal for C&I projects requiring anti-reverse flow control and stability.
4G Network
The best choice for remote rooftops or areas without available Wi-Fi.
Bluetooth Local
Fast local mode for real-time monitoring without requiring a network.
Daisy Chain Sync
Seamless integration between inverters via integrated 1.45m AC cables.
Multi-scenario Support
Unified monitoring for everything from DIY kits to large-scale arrays.
Investment Return Comparison
| Feature | Standard Inverters | Microinverter 1-in-1 |
|---|---|---|
| Installation Time | High (Manual wiring) | Ultra-Low (Plug & Play) |
| System Reliability | Single point of failure | Distributed / High Redundancy |
| Safety Components | Requires AFCI/RSD | Integrated Isolation / Safe 60V |
| Energy Harvesting | String-limited | Individual Panel Optimization |
| Lifespan Cost | Higher maintenance | 25-Year Engineered Endurance |
Frequently Asked Questions
Microinverters allow each panel to operate independently, meaning shading on one panel won't affect the output of the others, significantly increasing overall energy yield.
Yes, it is specifically designed for balcony energy storage with options like the Balcony Trunk Cable and Wi-Fi connectivity for easy DIY setup.
IP67 ensures the device is completely dust-tight and can withstand temporary immersion in water, making it perfect for outdoor rooftop environments.
Absolutely. The daisy-chain solution makes the system highly scalable, allowing you to expand your capacity from 500W up to 9000W easily.
It allows the inverter to start generating power earlier in the morning and stop later in the evening, maximizing the energy harvest from your PV modules.
No. Because the Microinverter 1-in-1 operates at a safe 60V DC input and features high-frequency isolation, external RSD or AFCI components are not required.