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Cities of the future

Smart city or “intelligent city” is a relatively new collective term. It brings ideas and concepts for urban spaces with the intention of making them more efficient. The aim is to create more climate-friendly and livable cities with the help of modern technologies, using a smart energy grid through automated and optimised energy use. That is why Smart city is referred to as the city of the future.

In order for cities and municipalities to realise their full potential, measures and initiatives in the areas of mobility, environment, economy, housing and energy need to be put in place.

What does the Smart City concept offer?

  • the opportunity to be constantly ready for new challenges
  • improving living conditions and making life more pleasant thanks to technology
  • Increasing energy security
  • sustainability of renewables
  • environmental friendliness
  • streamlining the use of our time
  • reduced commuting time through improved mobility solutions

S-Glass – Smart window sills

S-Glass – An innovative product with induction heating and charging, which also promotes proper air circulation in the interior.

Regardless of the utility values, the windowsill can emphasize the character of a given room and serve as a kind of decoration. Increasingly, practical and decorative functions are combined.

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HQ-Glass

Smart heating glasses – HQ Glass

HQ Glass is a modern heating solution that allows you to completely eliminate the traditional heating system. It ensures the comfort of heat inside buildings and is 100% transparent. A wide range of colors and lighting is available, as well as glass sizes. The integrated control system allows for easy temperature control. Regardless of the climate, it guarantees high heating efficiency. The heating glass is available in several variants, depending on the power and the required thermal insulation.

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Luminescent Glass

Luminiscent Glass

Decorative glass with luminescent material with light-transmitting and diffusing layers. Based on the project, we are able to design and customize a decorative lighting effect over the entire surface of the glass.

Transfer layers can be created in the form of grooves, dielectric waveguides, subsurface and surface designs realized in 2D and 3D. Luminescent glass can be used as a separate element, part of double glazing6b7a6eia or laminate. The luminescent material can be hidden in the frame or applied on the glass surface, depending on the needs of the investor.

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Photovoltaic_bus_Shelters

Photovoltaic bus shelters

The bus shelters are an integral part of the public transport infrastructure, so they bring the opportunity to participate in the innovative smart city concept.

What are the benefits of photovoltaic bus shelters?

  • free electricity
  • placement of panels on the roof, also as external walls
  • they can also function as an autonomous system
  • placement anywhere as needed
  • modern design and stable construction 
  • any dimensions
Widthaccording to requirements
Lengthaccording to requirements
Heightaccording to requirements
Module thickness3 – 22 mm
Construction materialsteel, aluminium, wood
Glass colorfull RAL range
Construction colorRAL
Rated Power (PMPP)up to 185 Wp/m2
Max. allowable voltage (per IEC) 1000 V DC
Cell efficiencyup to 22,5%
FeaturesCharging Portable Devices, Wifi, Monitoring
HeatingSeat heating
Snow removal function
Heated side windows
Add onsWireless communication
Induction – cable

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Photovoltaic_streer_lighting

Photovoltaic Street Lights

Photovoltaic systems bring with them countless application possibilities. One of them is the use as photovoltaic street lights, simply put, street lamps.

What are the benefits of photovoltaic street lighting?

  • possibility of installation even in places where the connection of public lighting to the network is problematic (in less accessible locations, in the mountains, on mountain trails, etc.)
  • an environmentally friendly way to reduce lighting costs
  • the possibility of their flexible placement anywhere, even without the possibility of connecting to the electricity network (parking lot, playground, sidewalk, promenade, etc.)
  • a battery is included (it is charged during the day, it is pumped in the evening)
  • high efficiency combined with safe operation
Photovoltaic lamps
Nominal powerdo 114 Wp/m2
Maximum Voltage1000 V
PV cell typemonocrystaline
Efficiency22,5 %
LED Power38 W
Optional featuresAutomatic/Battery Operation
Can be powered by a 230 V mains
Dimming Sensor
Height4 m
Luminaire diameter690 mm
Panel Diameter930 mm
MaterialAluminum or steel
Module Thickness3 – 22 mm
Nominal power52 Wp/m2 from one module
280 Wp/m2 total with 4 modules
Max. allowable voltage (per IEC) 1000 V DC
Cell typeMonocrystalline/
Polycrystalline
Cell efficiencyup to 22,5%
Photovoltaic modules4
Luminaire power80 W
Optional featuresAutomatic/Battery Operation
Height4 m
Width370 mm x 370 mm
MaterialAluminium

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Photovoltaic bench

Photovoltaic bench

A photovoltaic bench is more than just a piece of seating furniture. Relaxing on it can also be “smart”. This place of relaxation and waiting in a modern edition reflects the growing demand for the possibility of charging mobile devices in public places, and not only in cities developing in the spirit of “smart city”.

What are the benefits of a photovoltaic bench?

  • allows you to charge mobile devices
  • it is powered exclusively by solar energy
  • weatherproof
  • low-maintenance effort
  • can be placed anywhere, as needed
Nominal powerup to 185 Wp/m2
Maximum Voltage1000 V DC
PV cell typemono
poly
transparent
Efficiency22,5 %
Optional featuresBench heating
Automatic snow removal
Lighting
Wireless communication
Induction – cable
HeightBy requirement
WidthBy requirement
LengthBy requirement
Farba okienThe entire RAL palette
Construction colorRAL
Construction materialAluminium, steel, wood
Module Thickness3 – 22 mm

Request a tailor-made quote.