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XRSOLAR Balcony Solar system

Simply Plug In With The Cables Provided, And Power Up!

Balcony Solar system

XRSOLAR Balcony solar system can reduce apartment dwellers’ power bills.It’s comprised of solar panels, cables, an inverter, and smart plugs.

It plugs directly into electrical outlets, and no installation is necessary. Plus, it comes with flat cables, so you don’t have to drill holes to run wires between the indoors and the outdoors

Balcony Solar System- Key Componments

Balcony solar panel -Flexible -

Balcony Solar Panels

One or more solar modules (typically rigid or flexible, sometimes bifacial to capture light from both sides) are mounted on the balcony railing, wall, or a freestanding frame.

Micro Inverter 600x400

Microinverter

 A crucial component for balcony systems.It converts the DC electricity from the panels into alternating current (AC) electricity, which is the type used by household appliances.

Cable & Plug

Connection Cable & Plug

The AC electricity from the microinverter is then fed into a standard household electrical outlet

Solar Battery Storage

Optional Battery Storage

 Some advanced systems include small batteries (e.g., LiFePO4) to store surplus energy for evening use or to maximize self-consumption.

How Balcony Solar Systems Work

The fundamental principle is the same as larger solar installations, just on a smaller scale:

Balcony solar system- Flex

How to Install Solar Balcony System

Balcony-solar-system-Flexible-600400

Flexible Solar Panles with Tieback

Balcony-solar-system Mounting Brackets 600400

Rigid Solar Panel with Mount Brackets

Balcony Solar System Project

29,200kWh Of Electricity Production Over A Guaranteed 25-Year Lifecycle (Berlin Example)

 

Balcony Solar System Energy Production

In order to calcultate how much power an 800watt balcony solar system will add to the electricity production of a city in Germany over a 25 year lifespan, seveal factors need to be taken into account , including

  • System efficiency
  • Sunshine conditions
  • Geographic Location

We can use the following steps to make an estimate, using Berlin ( a city in Germany) as an example:

Daily Generation:

0.8 KW X 4 hours = 3.2 Kilowatt Hours (KWh)

Annual Generation

3.2 KWh/Day x 365 Days/ Year = 1,168 KWh/ Year

25 Years of production

1,168 KWh/ Year x 25 years = 29,200 KWh

SolarPower generation

Balcony Solar System Kits

500w Balcony Solar System Kits

Micro Inverter | 300-500W | Single Phase | 1 MPPT

500w Balcony Solar system

800w Balcony Solar System Kits

Micro Inverter | 600-1000W | Single Phase | 2 MPPT

800w Balcony Solar system

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