- – Reduced thermal resistance: The split cell’s ability to divide the current flowing through the panel into two separate streams allows for a reduction in thermal resistance losses. Simply by changing the panel’s arrangement, we can gain up to 10 watts in comparison to a standard module.
- – Reduced panel temperature: Since the split cells dissipate heat more effectively than traditional cells do, there is less likelihood that a hot spot would develop in the future. Additionally, the Perc technology significantly lowers temperature losses through the use of reflection.
- – Better shadow behavior: Because the panel is divided into two cadenas that are connected to one another in parallel, when there is a partial shadow, half of the panel continues to work, which significantly reduces losses.
- – Technology MBB: The multi bus bar in its celdas has the advantage of reducing electrical resistance by accepting the distance between the conductors’ electrical current transfer. The yield is between 5 and 10 w per solar panel, and the likelihood of having flaws like “microcracks” significantly decreases.
Product datasheet:
| Model | RSM144-7-450M |
| DC Current Characteristics | |
| Peak Power (Wp) | 450 |
| Maximum power tolerance (%) | +5/0 |
| Module efficiency (%) | 20,6 |
| Dimensions (mm) | 2108x1048x35mm |
| Weight (kg) | 24,5 |
| AC Current Characteristics | |
| Peak exit power (Wp) | 342,5 |
| Maximum continued power exit (Wp) | 455 |
| Nominal Voltage (V) | 434-455 |
| Maximum continued current (A) | 8,99 |
| Nominal frequency (Hz) | 50 |
| 3 cicles current (A) | 5,8 rms |
| Mecanical Characteristics | |
| Number of cells | Monocristalinas PERC 166×83 |
| Front glass | Templado de alta transmisión con revestimiento antirreflejante |
| Frame | Aluminio color plata |
| JBox | IP-68 o 1500VDC con 3 diodos de bypass |






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