Optimize your solar energy system with the WVC-300 Wireless Inverter, designed for efficient power conversion and seamless integration into your solar setup. With advanced features like the MPPT function and reverse power transmission technology, this inverter ensures maximum energy capture and stable performance.
Key Features
IP65 Waterproof Design – The streamlined, waterproof casing protects against rain, ensuring durability for outdoor installations.
MPPT Function – The built-in Maximum Power Point Tracking (MPPT) function continuously tracks sunlight intensity changes, maximizing power output from your solar panels.
Reverse Power Transmission – Efficient power transfer with a reverse transmission technology that allows the inverter to supply power to both the load and mains, maximizing energy efficiency.
Intelligent Monitoring System – Real-time data monitoring allows for easy control of the inverter, enabling functions like start/stop and power adjustment remotely.
High Efficiency – The inverter offers a power transmission rate of up to 99%, optimizing the use of generated solar power.
Dual Communication Modes – Power line carrier communication between the inverter and the collector, while the collector communicates wirelessly with external devices via RS232 serial.
User-Friendly Maintenance – Designed for simple maintenance with low operating costs and user-repairable features.
Flexible Installation – The inverter can be easily installed and integrated into various solar setups.
Specifications
Input/Output Insulation – Ensures electrical safety with full insulation between input and output.
Power Output: 300W
Waterproof Rating: IP65
Communication Modes: Power line carrier and wireless RS232
Max Power Transmission Efficiency: 99%
MPPT Function: Yes, for optimal solar power tracking
Package Contents
1 x 300W Inverter
1 x English Manual
This wireless solar inverter is a reliable choice for homeowners looking to maximize solar energy usage while minimizing operational costs. Suitable for various outdoor and residential applications.
