| Customization: | Available |
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| After-sales Service: | Yes |
| Warranty: | Yes |
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Different from well-known roof-mounted and ground-mounted solar systems, the balcony solar system is an innovative solution.
However, if you live in an apartment, have limitations on traditional installation locations, or simply dislike dealing with complex regulations and installation work, you might not want to miss out on another way to support renewable energy and save on electricity bills-that's the balcony solar system.
Also known as plug-and-play solar systems, these systems are becoming increasingly popular due to their convenience, affordability, and policy incentives.
| Installation site | Balcony |
| Mounting angle | 18~36° |
| Applicable battery panel type | Framed or frameless panel |
| Arrangement of the panels | Horizontal |
| Wind load | Up to218Kmph (60m/s) |
| Snow load | Up to 30psf (1.4KN/m2) |
| Width of solar module | 751 ≤ A ≤ 1313 mm |
| Standard | AS/NZS 1170, DIN 1055, JIS C 8955: 2017, IBC 2009, CBC 2010 |
Given the amount of power generated, the electricity produced is usually used for personal consumption rather than for sale.
Whether you're an environmentally aware individual, a homeowner trying to reduce energy bills, or simply interested in renewable energy solutions, this system offers an innovative combination of a sustainable environment and electrical bill savings.
Balcony PV systems make efficient use of existing space, especially for urban dwellers with limited roof access.
Energy Independence
Generate your own electricity and reduce your reliance on grid power.
Low Environmental Impact: Solar energy is clean and reduces your carbon footprint.
Reduced Bills
Lower your energy bills by utilizing free solar power.
Easy Installation
Balcony systems are easier to install compared to traditional solar panels.
Importance of Balcony Size
The size of your balcony plays a pivotal role in determining how many solar panels can be installed and how much energy can be generated.
Larger balconies offer more space for panel placement, potentially allowing you to generate more electricity.
Understanding load capacity
Before installing solar panels, you must assess your balcony's load-bearing capacity.
Solar panels have weight, and considering the weight of the panels, mounting structure, and other components is essential to preventing structural damage.
Significance of Balcony Orientation
Balcony orientation affects the amount of sunlight panels receive.
South-facing balconies generally receive the most sunlight throughout the day, maximizing energy generation.
However, east and west-facing balconies can also be suitable with adjusted panel angles.
Integration with Aesthetics
Balcony solar panels should complement your living space's aesthetics.
Opt for panels that blend seamlessly with your balcony's design to maintain its visual appeal while harnessing solar energy.
Next, mark the precise positions for screws on the vertical rails.
After securing the screws tightly, affix the vertical rail to the panel using connecting feet, and attach the adjustable arms to the panel.
To ensure stability, consider taping the adjustable arms and vertical rails together using tape or film before proceeding with the installation.
Installing the system on both square and round handrails. Conclusively, fix the solar panel onto the handrail using the lock plate, and secure the adjustable arms onto the vertical rails.
The embedded micro inverter in each panel converts solar energy from DC to AC, making it suitable for household consumption.
It also offers the benefit of disconnecting power in the event of accidental cord disconnection.
Solar kits can be adapted to various spaces, such as backyards or balconies.
To reduce the risk of fire, it's recommended to connect plug-and-play solar panels to a dedicated circuit without other devices plugged in.
The expenses for balcony solar setups usually range between $1,000 and $3,000.
To gauge the annual electricity generation of the system, multiply the number of days in a year by the peak hours of sunlight in the region.
Afterward, multiply the yearly electricity production by the electricity rate to determine the potential annual electricity savings.
To approximate the payback period, divide the initial system cost by the yearly electricity savings.
Keep in mind that the system's size might be influenced by limited balcony space, which could extend the payback period.
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