JinKO Tiger Neo 590Wp TOPCon N-Type Double Glass Bifacial Modules Silver Frame
JinKO Tiger Neo 590Wp TOPCon N-Type Double Glass Bifacial Modules
The Jinko Tiger Neo 590Wp TOPCon N-Type Double Glass Bifacial Solar Module is engineered for high-performance solar installations that demand maximum efficiency and long-term reliability. Featuring advanced N-type TOPCon cell technology, this module delivers superior energy output with reduced degradation over time, making it ideal for utility-scale, commercial, and large residential systems.
Product Features:
- High Power Output: Delivers up to 590Wp for increased energy production.
- Advanced N-Type TOPCon Technology: Lower LID and LeTID degradation for long-term performance stability.
- Superior Efficiency: Module efficiency of up to 22.65%.
- Bifacial Double Glass Design: Captures additional energy from the rear side for higher total yield.
- Excellent Low-Light Performance: Optimized energy generation during cloudy or early-morning conditions.
- Anti-PID Protection: Enhanced resistance to potential-induced degradation.
- Lower LCOE: Maximized lifetime energy output reduces overall system costs.
- Robust Silver Frame Construction: Designed for durability in demanding environments.
Shipping Note: To qualify for free shipping, solar panel orders must consist of 6 units or more. Additional shipping charges may also apply to outlying areas and will be quoted accordingly.
JinKO Tiger Neo 590Wp TOPCon N-Type Double Glass Bifacial Modules
The Jinko Tiger Neo 590Wp TOPCon N-Type Double Glass Bifacial Solar Module is engineered for high-performance solar installations that demand maximum efficiency and long-term reliability. Featuring advanced N-type TOPCon cell technology, this module delivers superior energy output with reduced degradation over time, making it ideal for utility-scale, commercial, and large residential systems.
Product Features:
- High Power Output: Delivers up to 590Wp for increased energy production.
- Advanced N-Type TOPCon Technology: Lower LID and LeTID degradation for long-term performance stability.
- Superior Efficiency: Module efficiency of up to 22.65%.
- Bifacial Double Glass Design: Captures additional energy from the rear side for higher total yield.
- Excellent Low-Light Performance: Optimized energy generation during cloudy or early-morning conditions.
- Anti-PID Protection: Enhanced resistance to potential-induced degradation.
- Lower LCOE: Maximized lifetime energy output reduces overall system costs.
- Robust Silver Frame Construction: Designed for durability in demanding environments.
Shipping Note: To qualify for free shipping, solar panel orders must consist of 6 units or more. Additional shipping charges may also apply to outlying areas and will be quoted accordingly.
Description
JinKO Tiger Neo 590Wp TOPCon N-Type Double Glass Bifacial Modules
The Jinko Tiger Neo 590Wp TOPCon N-Type Double Glass Bifacial Solar Module is engineered for high-performance solar installations that demand maximum efficiency and long-term reliability. Featuring advanced N-type TOPCon cell technology, this module delivers superior energy output with reduced degradation over time, making it ideal for utility-scale, commercial, and large residential systems.
Product Features:
- High Power Output: Delivers up to 590Wp for increased energy production.
- Advanced N-Type TOPCon Technology: Lower LID and LeTID degradation for long-term performance stability.
- Superior Efficiency: Module efficiency of up to 22.65%.
- Bifacial Double Glass Design: Captures additional energy from the rear side for higher total yield.
- Excellent Low-Light Performance: Optimized energy generation during cloudy or early-morning conditions.
- Anti-PID Protection: Enhanced resistance to potential-induced degradation.
- Lower LCOE: Maximized lifetime energy output reduces overall system costs.
- Robust Silver Frame Construction: Designed for durability in demanding environments.
Shipping Note: To qualify for free shipping, solar panel orders must consist of 6 units or more. Additional shipping charges may also apply to outlying areas and will be quoted accordingly.
