Sustainable energy solution implemented for a private residence in Europe—a 12kW wooden solar carport system designed to provide renewable energy generation and shaded parking. The system integrates bifacial solar panels, a hybrid inverter, and lithium battery storage to maximize energy efficiency and self-consumption.

Key Features and Innovations:
Eco-Friendly Wooden Structure
The carport’s frame is constructed from carbonized timber, offering durability and resistance to environmental wear without chemical treatments.
This design aligns with ecological benefits and enhances visual harmony with natural surroundings.

Bifacial Solar Technology
The bifacial panels capture direct sunlight on the front and reflected light from the ground below, increasing energy production by up to 30% compared to traditional monofacial panels, depending on ground surface reflectivity.

Hybrid Inverter and Energy Management
The hybrid inverter supports:
Dual functionality: Grid-tied and off-grid operation.
Seamless switching: Automatically transitions between solar, battery, and grid power.
Smart battery management: Compatible with lithium batteries, enabling efficient storage and discharge cycles.

Lithium Battery Storage
The lithium battery system provides:
High energy density: Compact storage with extended cycle life.
Backup power: Ensures electricity availability during grid outages.
Load shifting: Stores solar energy for use during peak evening hours, increasing self-consumption.