Lorentz 120Watt 12Volt High Efficiency Mono-crystalline Solar Module
The LORENTZ LA-Series of PV modules offer a conversion efficiency of 17-20% due to the unique back-contact technology.
Our monocrystalline silicon solar cells yield a higher voltage per cell.. As a result, LORENTZ modules are lighter and smaller.
In combination with an extremely low voltage-temperature coefficient, this guarantees a superior battery charging performance, even at high operating temperatures.
Exceptional low-light performance and broad spectral response further enhance energy delivery in all weather conditions, year round.
Applications
- Remote village lighting
- Solar home systems
- Street and camp lights
- Traffic signals
- Medical facilities in remote areas
- Microwave/radio repeater stations
- Battery charging
- Water purification systems
Design Features
- Aerospace style cell interconnects with in plane strain relief
- Advanced EVA encapsulation system with multi layer backsheet for long term package durability
- Bypass diodes to minimize the power drop caused by shade
- High reliability
Warranty
- Performance Guarantee:
- 10 year 90% power output
- 20 year 80% power output
Technical Specifications
| Electrical Specifications |
| Peak power* - Pmax | 120 W |
| Power tolerance | +10% / -5% |
| Max power current - Imp | 6.3 A |
| Max power voltage | 18.9 V |
| Short circuit current - Isc | 7.1 A |
| Open circuit current - Voc | 23.8 V |
| Efficiency of cells | 18.0 % |
| Temperature co-efficient for Pmax | -0.38 %/C |
| Temperature co-efficient for Voc | -60.8mV/C |
| Temperature co-efficient for Isc | 3.5 mA/C |
| Max system voltage | 750 V |
| Cells Data |
| Number of cells per module | 72 |
| Cell technology | Monocrystalline |
| Cell shape | Rectangular |
| Physical Specifications |
| Dimensions | 796 x 1082 x 35 mm |
| Weight | 12 kg |
*Standard Test Condition: E = 1000W/m², Tc = 25°C, AM=1.5
Quality and Safety
- LA120-12S meets the requirements for IEC and CE
Downloads and Manuals
This product was added to our catalog on Monday 21 September, 2009.