Smart Benches

SMART BENCHES

 

Even such a simple element of small architecture as a bench in a park or on a promenade can go with the "smart" spirit. This place of relaxation and waiting in a modern edition is a response to the growing demand for the possibility of charging mobile devices in public places, especially in cities developing according to the Smart City idea. That is why the photovoltaic bench has been equipped with a power supply function for mobile phones, tablets and laptops and a Wi-Fi module enabling access to the Internet. In addition, it can have lighting, heated seats or a self-snow function. All this is powered by green solar energy, thanks to solar modules mounted on its roof.

The photovoltaic bench can operate autonomously or with an optional external power supply 230 V. Its structure is based on aluminum elements, steel or classic wood. The smart bench uses frameless glass-glass modules made of transparent or mass-colored safety glass.


TECHNICAL PARAMETERS

Technical parameters

Unit power

up to 185 Wp/m2

PC cell efficiency

up to 22,5%

Max. Operating voltage

1000 V Dc

Capabilities

charging laptops, tablets, smartphones, etc.

Wi-Fi

monitoring

Modules types

mono
poli
transparency

Options

seat heating function

self-snow removal function

light function

Width

according to customer's requirement

Height

according to customer's requirement

Length

according to customer's requirement

Windows color

Full RAL pallete

Construction colors

RAL

Construction material

steel
aluminum

wood

Module thickness

3 - 22 mm

Additional options

Wireless comunication

induction - cable

 

Advantages of small architecture with photovoltaics

Free electricity

Generating savings

Custom application

Modern and individual design, stable structure

Self-snow removal, generating more electricity in winter, simple maintenance

The possibility of placing it in many different places due to its autonomy

By using of the ultralight glass, the structure becomes more resistant to dirt and weather conditions


REFERENCES