| Quantity | Unit price |
|---|---|
| From 8 | €97.50 |
| From 10 | €89.70 |
| From 20 | €85.80 |
| From 35 | €81.90 |
- shipping note: bulky goods Delivery time:
- Order number: 114556
- Weight: 24.5 kg
- Manufacturer's no.: LD16971
- Collection possible: Self-Collection is currently not available.
Delivery time on request!
Luxor Eco Line Pro 470 Wp TOPCon Double Glass Solar Panel LD16971
The Luxor Eco Line Pro is a high-quality double glass solar panel of the latest generation, based on the modern N-Type TOPCon technology. This enables an exceptionally high output of 470 watts and ensures that the panel reliably generates electricity even on cloudy days or during morning and evening hours. A further advantage is its optimised behaviour in heat: solar panels generally lose some output at high temperatures – in the Eco Line Pro, however, this effect is kept to a minimum thanks to a sophisticated monocrystalline cell structure.
The panel is built with a robust glass-glass construction. This means: instead of a plastic film on the back, a second pane of glass is used. This protects the panel significantly better against moisture, UV radiation and mechanical stress – resulting in a considerably longer service life than conventional panels.
The Eco Line Pro is Luxor Solar's premium solution for projects with a clear long-term perspective and the highest requirements for reliability and durability. High-quality materials and optimised module design minimise degradation and ensure consistently high energy yields – even under demanding environmental conditions. As a German warrantor, Luxor Solar backs the warranty directly under German law – with a 30-year product warranty, a 30-year linear performance warranty and a guaranteed output of at least 89 % after 30 years. Maximum investment security throughout the entire system lifetime.
What is TOPCon Technology?
TOPCon stands for Tunnel Oxide Passivated Contact – a next-generation solar cell technology. An ultra-thin tunnel oxide layer minimises recombination losses within the cell, significantly boosting efficiency compared to older technologies such as PERC. Combined with an N-Type silicon wafer as the base, the cell is inherently PID-free and LID-free – ensuring stable performance throughout the entire service life.
What is Balance of System?
Balance of System (BoS) refers to all components of a solar installation except the panels themselves – including inverters, mounting systems, cables and accessories. Thanks to the high rated output of 470 watts, fewer panels are needed to achieve the same total system output. This directly reduces installation effort, material consumption and therefore the overall cost of the installation.
Features:
- 470 Wp output & up to 23.85 % efficiency – latest N-Type TOPCon technology
- Double glass construction – more durable and robust than conventional panels
- PID-free & LID-free – stable performance thanks to N-Type cell technology
- Lower Balance-of-System costs – more watts per panel, less effort
- 30-year product & performance warranty – under German law, min. 89 % output after 30 years
| Technical Data | |
| Module Type / Cell Technology: | Glass-Glass Solar Panel / Monocrystalline N-Type TOPCon |
| Rated Power (STC): | 470 Wp |
| Module Efficiency: | 23.85 % |
| Glass Front / Rear: | 2.0 mm solar glass with anti-reflective coating / 2.0 mm semi-tempered glass |
| Frame: | Stable anodised aluminium profile, black |
| Dimensions: | 1762 × 1134 × 30 mm |
| Connector Type: | MC4 or equivalent (IP67) |
| Hail Class: | Class 4 (ca 45 mm / 110.5 km/h) |
| Mechanical Load: | 6,000 Pa (snow load) / 4,000 Pa (wind load) |
| Warranty: | 30-year product warranty / 30-year performance warranty |
Further technical details can be found in the datasheet.
LUXOR SOLAR GmbH
Kornbergstraße 29
70176 Stuttgart
Deutschland
www.luxor.solar
info@luxor-solar.com
LUXOR SOLAR GmbH
Kornbergstraße 29
70176 Stuttgart
Deutschland
www.luxor.solar
info@luxor-solar.com
Safety Instructions:
1. Installation by Professionals: Installation should only be carried out by qualified and authorized professionals.2. Use of Protective Equipment: When handling PV modules, wear appropriate protective equipment such as gloves and safety goggles.
3. Secure Work Area: Do not work in adverse weather conditions, particularly rain, snow, or strong winds.
4. Use Covering: Cover the modules during installation to minimize power generation.
5. Fastening and Load Capacity: Ensure that the substructure can safely support loads from wind, snow, and other environmental factors.
6. Contact Protection: Do not touch exposed electrical contacts or cable ends.
7. No Handling with Wet Hands: Never work with electrical connections or components if your hands are wet.
8. Use Appropriate Tools: Use insulated tools and measure the voltage of the modules before making connections.
9. Grounding: Ensure that the system is properly grounded to avoid electric shocks or overvoltage damage.
10. No System Modifications: Do not modify the system without consulting a professional or the manufacturer.