Balkonkraftwerk 1000W/800W Solaranlage Steckerfertig WIFI Komplettset Photovoltaik Anlage 800W, Kabellänge: 5m

The 1000W Balcony Power Plant Complete Set for Easy Installation with Maximum Savings
Unpack, set up, plug in, and start saving on your electricity bill. Our 1000W / 800W balcony power plant with bifacial solar modules captures up to 30% more solar energy*2 for more efficient power generation. This not only means savings on your electricity bill but also an active contribution to climate protection.

Versatile – Whether on your balcony, rooftop, or in the garden – our balcony power plant complete set meets the requirements of VDE-AR-N 4105 and can be put into operation directly without complicated approval. A balcony power plant is essentially a small solar system that converts solar energy into electricity. The generated electricity flows directly into your household grid via a normal socket and can be used by various consumers such as your refrigerator, television, or router.

Your Advantages:

• Bifacial solar modules for up to 30% more yield*2
• Plug&Play easy installation
• Two premium solar modules with 1000W total output
• High efficiency of 22.6%
• Robust aluminum housing with pronounced cooling fins
• Inverter peak efficiency of 97%
• Low standby consumption - MC4 compatible module connections
• Wifi/Bluetooth inverter + app for maximum control

Technical Data Solar Module:

• Model: 500W JA Solar JAM60D41 (Bifacial)
• Power: 500 Watts
• Dimensions: 1953x1134x30 mm
• Weight: 27.3 kg
• Module efficiency: 22.6%
• Operating temperature: -40°C to +85°C
• NMOT: 45 ± 2 °C

Technical Details - Inverter:

• Model: Marstek MST-M10800W
• Output power: 800 Watts
• Dimensions: 572mm x 236mm x 34.5mm
• Weight: 3.2 kg
• Max. PV voltage: 60V
• Max. input current: 2x 16A
• MPPT voltage range: 25-55V
• Operating voltage range: 16-60V
• Efficiency: 97%

Further information on bifacial function:
*2 Bifacial solar modules can achieve up to 30% more yield under optimal conditions by utilizing reflected and diffuse light on the rear side of the solar module, depending on the reflection of the underlying surface. Surfaces with a high reflection degree (albedo), such as white-painted concrete, reflect more light than, for example, grass or asphalt. Albedo values stated in the product description/promotion are for general illustration of the albedo effect only and do not claim scientific correctness.

Further information on N-type solar cells:
*4 The depicted advantages are based on the fundamental technological properties of N-type silicon, which are confirmed by leading, independent research institutes.

1. Higher power stability and protection against initial degradation (LID): Conventional P-type cells suffer an initial power loss (light-induced degradation, LID) due to the formation of boron-oxygen complexes. Since our N-type cells are phosphorus-doped, this effect does not occur. This leads to more stable performance from day one.
Source: The fundamental research on this comes, among others, from the Fraunhofer Institute for Solar Energy Systems ISE, which has been documenting the superiority of N-type silicon in terms of material quality and tolerance to impurities for years (see, for example, the TOPCon research project, ongoing since 2013). A current test by TÜV Nord (published July 2023) confirms this with specific measurements showing an initial degradation of only 0.26% for N-type TOPCon compared to 1.92% for P-type PERC.

2. Better low-light behavior and higher efficiencies: The superior material quality of N-type silicon enables more efficient conversion of light into electricity, even with low solar radiation (e.g., in the morning, evening, or when cloudy).
Source: The highest efficiencies for silicon solar cells are regularly achieved with N-type architectures. This is documented in the continuously updated "Best Research-Cell Efficiency Chart" of the National Renewable Energy Laboratory (NREL, USA), a globally recognized benchmark reference. As of 2024/2025, N-type-based cells occupy the top spots for silicon here.

Sources
24 percent silicon solar cell on n-type M