FEATURED
Sable Series 425W–450W TOPCon PV Module
The Sable 425W–450W module features 182mm bifacial TOPCon cells that deliver high conversion efficiency and superior low-light performance. Its dual-glass design ensures long-term reliability, while the 30-year linear warranty and 1500V DC system voltage make it a solid choice for residential and small commercial solar installations seeking consistent, long-lasting output.
Sable Series 435W-460W TOPCon PV Module
Built with advanced 182mm TOPCon cells, the Sable 435–460W module provides reliable efficiency and stability under various light conditions. The anodized aluminum frame and dual-glass structure enhance durability, while the high bifaciality enables additional rear-side power gain. This model fits perfectly in applications that demand compact form and dependable power generation.
Sable Series 575W–600W TOPCon PV Module
The Sable 575W–600W module integrates 182mm N-type TOPCon cells with an optimized multi-busbar design to maximize power density and system efficiency. It supports up to 1500V DC system voltage and delivers excellent performance even in low-light or high-temperature environments. Ideal for commercial projects seeking a cost-effective balance between high energy yield and long-term reliability.
Sable Series 605W–630W TOPCon PV Module
With its 182mm bifacial N-type TOPCon cells, the Sable 605–630W delivers superior efficiency of up to 23.32% and excellent thermal stability. Designed to lower BOS and LCOE costs, it withstands heavy mechanical loads and harsh environments with ease. The module’s long service life and robust dual-glass design make it a dependable choice for large-scale solar arrays.
Sable Series 695W–720W TOPCon PV Module
The Sable 695W–720W represents the peak of EPEVER’s TOPCon technology, utilizing 210mm large-format cells for maximum energy production. It achieves up to 23.18% efficiency and supports system voltages up to 1500V DC, reducing overall installation costs. Its proven reliability, superior bifacial gain, and outstanding load capacity make it ideal for solar farms aiming for high performance and low LCOE over decades of operation.