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Electrical data
| Module type | REC Peak Energy Series |
| Nominal power | 235 Watts |
| Voltage at nominal power | 29.8V |
| Current at nominal power | 7.9A |
| Open-circuit voltage | 37.4V |
| Short-circuit current | 8.3A |
| Modular efficiency level | 14.2% |
Data at normal operating cell temperature (NOCT)
Temperature coefficients
| Power [%/K] /// or /// Performance coefficient [PUPP] | -0.46 %/°C |
| Open-circuitvoltage [mV/K] /// or /// Temperature coefficient [VOC] | -0.32 %/ °C |
| Short-circuitcurrent [mA/K] /// or /// Temperature [ISC] | 0.011 %/ °C |
Characteristic data
| Solar cells per module | 3 strings of 20 cells - 3 by-pass diodes |
| Cell type | 60 REC PE multi-crystalline cells |
| Connection | Radox 4mm2 twist locking connector |
| Front panel | High-transparency solar glass with antireflection surface treatment by Sunarc Technology |
| Frame material | Black anodized aluminium |
Dimensions and weight
| Dimensions | 65.55"x39.02"x1.50" |
| Length (mm/m) or (inch) | 65.55" |
| Width (mm) | 39.02" |
| Thickness [mm] | 1.50" |
| Weight [kg] / [lbs] | 39.6 lbs |
Limits
| System voltage | 1000V |
| Maximum reverse current | 15A |
| Operating module temperature | -40 ... +176°F [-40 ... +80°C] |
| Maximum load | 112 lbs / ft2 |
Permission and certificates
| Permission and certificates | Certified according to CE, TUV, MCS, IEC 61215 and IEC61730 |
REC Peak Energy Series modules are the perfect choice for building solar systems that combine long lasting product quality with reliable power output.
The REC Peak Energy Module delivers more power per square meter due to several design improvements. Introduction of three bus bars and improved contact between the cell and metal fingers, improves the electrical flow.
The modules are easy to install with made-to-fit cables and multiple grounding points that reduce the ground wire needed in installation. Easy to lift and handle, the modules have a robust and durable design, supporting a large mechanical load.
Committed to sustainability, REC modules have an industry leading energy payback time of one year. This is a result of innovations such as the new fluidized bed reactor (FBR) silicon production process which uses 80 to 90 percent less energy than traditional methods.
