Becquer Modules are targeted at both large scale utility projects and medium sized projects. They are made in tier 1 or tier 2 quality grade as required by the developer. The primary objective of each variant of the panel is to ensure maximum space efficiency and durability in a wide range of operating conditions.
For a sample data sheet, download: Becquer-300-and-320
Please refer to the table below for the key metrics of each variant and how they compare against each other:
| Key Indicators | Becquer 285 | Becquer 300 | Becquer 320 | Becquer 340 | Advantage of Becquer |
| Power Rating at STC W | 285 W | 300 W | 320 W | 340 W | Less modules, BOS and labour time needed |
| Module Efficiency % | 17.40% | 15.54% | 16.58% | 16.90% | More power and energy output per module |
| Power-Space Efficiency W/metre square | 172.72 | 155.44 | 165.80 | 170.00 | Less space for more energy |
| Maximum System Voltage | 1000 V | 1000 V | 1000 V | 1000-1500 V | Industry Standard |
| Power Rating at NOCT % of STC | 73.30% | 73.00% | 73.00% | 73.00% | Lesser reduction in power output as irradiance decreases |
| Cell Design | |||||
| Cell Type | Polycrystalline Si 6 inch | Polycrystalline Si 6 inch | Polycrystalline Si 6 inch | Polycrystalline Si 6 inch | Industry Standard |
| Cell Count | 120 | 72 | 72 | 144 | Better use of space |
| Cell Power Rating | 4.75 W | 4.16 W | 4.44 W | 2.36 W | More power per cell |
| Cell Arrangement | 6 strings of 20 cells each | 6 strings of 12 cells each | 6 strings of 12 cells each | 6 strings of 24 cells each | Better design of strings |
| Module Design | |||||
| Volume metre cube | 6.27 x 10-2 | 8.00 x 10-2 | 9.00 x 10-2 | 9.00 x 10-2 | Lesser volume implies lesser space, transportation and storage costs |
| Glass Cover | Anti-Reflective | Anti-Reflective | Anti-Reflective | Anti-Reflective | Reduction in loss of sun rays due to reflection |
| Induced Degradation Protection (PID) | Yes | Yes | Yes | Yes | Degradation caused by stray currents is eliminated |
| Durability | |||||
| Operating Temperature Degrees | -40 | +85 | -40 | +85 | -40 | +85 | -40 | +85 | Industry Standard |
| Max Annual Degradation % | -0.70% | -0.70% | -0.70% | -0.70% | Industry Standard |
| Maximum Fuse Rating Ampere | 25 | 15 | 15 | 25 | More room for occasional surge in currents without compromise on safety |
| Shading Tolerance | Yes | Yes | Yes | Yes | Due to smart placement of bypass diodes |
| Temperature Coefficient Power MPP / degree | -0.39% | -0.41% | -0.41% | -0.39% | Lesser decrease in max power due to temperature |
| Temperature Coefficient Voltage Open Circuit / degree | -0.31% | -0.31% | -0.31% | -0.31% | Same |
| Temperature Coefficient Current Short Circuit / degree | 0.045% | 0.060% | 0.060% | 0.045% | 10% better resistance and safety to rise in current due to excessive heat |
| Non-cancellable Warranty | |||||
| Power Output years | 25 | 25 | 25 | 25 | Industry Standard |
| Material and Workmanship years | 15 | 15 | 15 | 15 | Additional 5 years material warranty certifies high quality of |