Intelligent, Efficient, and Built for High-Performance Solar Integration

 

The SOLA2000-330KTL-H1 is a high-capacity PV string inverter engineered for superior energy yield, operational reliability, and long-term performance.

Designed to maximise solar generation efficiency while maintaining grid stability, it forms the essential bridge between photovoltaic arrays and the NOVA energy storage ecosystem.

 

Featuring multi-MPPT tracking, high-efficiency conversion, and intelligent diagnostic functions, the SOLA2000-330KTL-H1 ensures precise power optimisation even under uneven irradiance or challenging environmental conditions. The result is consistent, safe, and efficient power delivery for large-scale solar installations.

 

Key Advantages
 

High-Efficiency Design

• Achieves ≥99 % maximum conversion efficiency, delivering superior energy yield and reduced losses.

• Optimised circuit topology ensures high power density with minimal loss, maximising lifecycle performance.

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Intelligent String Level Disconnection 

• Monitors individual connector status for enhanced fault identification and operational transparency.

• Enables early detection of connection anomalies, reducing maintenance time and improving reliability.

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Intelligent Connector Level Disconnection

• Automatically isolates faulty PV strings to prevent power loss propagation and ensure safe, continuous operation.

• Maintains uptime and system safety during abnormal string conditions.

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Intelligent IV Curve Diagnosis

• Performs automated, real-time analysis of PV module performance across all strings.

• Identifies potential degradation or mismatch issues, minimising manual inspection and O&M costs.

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Intelligent Self-Cleaning Fan

• Extends equipment life by preventing dust accumulation and maintaining consistent thermal management in harsh environments.

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Comprehensive Protection

• Surge arrestors for DC and AC provide robust protection against transient voltage spikes.

• IP66-rated enclosure ensures complete resistance to dust and water ingress, supporting outdoor installation in demanding climates.

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Modular and Reliable Architecture

• 99 % system availability through modular design with fewer mission-critical components.

• Inverter-level isolation ensures that a failure affects only one unit, while all others continue operating normally.

• Fast replacement capability minimises downtime and ensures continuous energy delivery.

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