Solar Güneş Paneli

Solar Panel

A highly efficient photovoltaic system that converts energy from the sun into electrical energy. The silicon cells on the panel absorb sunlight throughout the day, converting this energy into direct current (DC) electricity. The circuits inside the panel then transform this energy into alternating current (AC) electricity through an inverter, making it usable in homes, businesses, and industrial facilities.

Key Features of Pace Solar Panel:

Anti-PID (Potential Induced Degradation): This feature minimizes efficiency loss caused by potential differences in the panel, ensuring a longer lifespan and high performance.

Improved Shading Tolerance: The advanced cell structure allows the panel to perform more efficiently even in shaded areas. This reduces the impact of shading on the panel's efficiency in its environment.

Current Rating Optimization: Pace Solar Panel features an optimized current rating that enhances the production capacity of photovoltaic (PV) plants, making energy production more efficient.

Higher Power Output: With a low-temperature coefficient (Pmax: -0.35%/°C), the panel maintains high performance even at elevated temperatures, ensuring stable energy production in hot climates.

Low Hot-Spot Effect: The low hot-spot effect prevents overheating in certain areas of the panel, making it more reliable and long-lasting.

Advantages of Pace Solar Panel:

High Efficiency: Advanced silicon cell technology provides high efficiency, generating more electricity.

More Reliable Performance: Thanks to its Anti-PID feature and low-temperature coefficient, the panel offers reliable and long-lasting use.

Shading Tolerance: With better shading tolerance, the panel delivers high performance even in partial shading conditions.

Energy Savings: Converts free energy from the sun into electricity, offering energy savings and providing an eco-friendly energy solution.

Specifications:

• Anti-PID

• Improved Shading Tolerance

• Current Classification Optimizes Power Output in PV Plants

• Higher Power Output with Low-Temperature Coefficient (Pmax): -0.35%/°C

• More Reliable with Low Hot-Spot Effect