Solar Beaver Tail

A CLASSIC ROOF TILE WITH A MODERN CORE


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For a classic roofing in the style of the beaver tail, the Solar Beaver Tail was developed. As a building-integrated photovoltaic module, it has the same appearance as conventional beaver tail tiles. This enables even buildings with listed structures to be stylishly used for energy generation (photovoltaics and solar thermal energy). In addition to the Mediterranean variant in terracotta, there will also be a version in brown and in classic black. The Solar Beaver Tail can also be additionally connected to a battery storage and a heat pump to provide even more efficient electricity and heat for your home.


Multi Energy Roof

With the Multi Energy Roof developed by paXos, it is possible to use photovoltaics and solar thermal energy in combination with an attractive, inconspicuous appearance. A conventional trapezoidal sheet metal serves as a substructure, on which solar roof tiles of various designs can be easily and quickly installed. The Solar Beaver Tail is one possible design variant. 

Through the trapezoidal sheet as a substructure, defined air channels are formed, which allow rear ventilation and thus cooling of the solar cells. This significantly increases the service life of the entire system. At the same time, the warm exhaust air can be used as thermal energy by means of a heat pump. 


Product advantages

  • Hybrid system (PV and solar thermal)
  • High long-term performance of PV for at least 50 years and thermal energy for a lifetime
  • Integrated protection against storm suction and hail
  • High quality and durability of the PV module due to glass-glass construction with butyl sealing
  • Easy installation and various roofing types possible (single, double or crown roofing)
  • Single dismounting from the compound is possible 
  • Rain-, lightning- and fire-proof roof
  • Use of sustainable materials and good recyclability

Results of measurements carried out by TH Köln over a period of 1 year

  • Compared  to conventional BiPV systems: 16% better system utilization (performance ratio) 
  • In combination with a heat pump: up to 20% electricity savings per year*

Prerequisites: System with large heat storage and consumption of the entire heat quantity.


Technical Information


Parameter SBT (200) SBT (180)
 
Dimensions (L x W x H) 400 x 200 x 14 mm 380 x 180 x 12 mm
Junction Box IP68 incl. bypass diode IP68 incl. bypass diode
Cable

4 mm², 0.25 m

4 mm², 0.25 m
Weight 1.5 kg 1.2 kg
Wafer Monocrystalline, PERC Monocrystalline, PERC
Power (Pmpp)

7.5 W *

4.7 W *

Power Density

113 W/m² *

97,1 W/m² *

* Specifications for brown design with single roofing and lath spacing of 330 mm (SBS 200) or 270 mm (SBS 180)

Solar plain tile

ELEGANT ENERGY GENERATION IN SHINGLE OPTICS


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The Solar Plain Tile offers the aesthetics of a modern roof shingle, but in combination with the benefits of PV and solar thermal energy. The PV module is a so-called glass-glass module with an additional butyl edge sealing, so that it has an extremely high resistance to external loads such as storms or hail and no moisture can get to the cells. The design is rounded off by a powder-coated aluminum frame, which provides excellent UV and corrosion protection and protects the corners and edges of the glass package


Multi Energy Roof

With the Multi Energy Roof developed by paXos, it is possible to use photovoltaics and solar thermal energy in combination with an attractive, inconspicuous appearance. A conventional trapezoidal sheet metal serves as a substructure, on which solar roof tiles of various designs can be easily and quickly installed. The Solar Plain Tile is one possible design variant. 

Through the trapezoidal sheet as a substructure, defined air channels are formed, which allow rear ventilation and thus cooling of the solar cells. This significantly increases the service life of the entire system. At the same time, the warm exhaust air can be used as thermal energy by means of a heat pump.

The Solar Plain Tile is mounted horizontally or vertically via integrated hooks on the profile frame, which enable quick installation as well as removal of individual tiles and also act as a metallic conductor for potential equalization. 


Product advantages

  • Plain tile optics with PV and solar thermal energy
  • High long-term PV performance for at least 50 years and thermal energy for a lifetime
  • Complete / partial covering of roof surfaces
  • Installation / removal via integrated hooks on the profile frame, at the same time conductor for potential equalization
  • Aluminum frame protects the glass package, soft optical transition
  • High hail and storm suction resistance
  • Rain-, lightning- and fire-proof roof
  • Use of sustainable materials and good recyclability

Results of measurements carried out by TH Köln over a period of 1 year

  • Compared  to conventional BiPV systems: 16% better system utilization (performance ratio) 
  • In combination with a heat pump: up to 20% electricity savings per year*

Prerequisites: System with large heat storage and consumption of the entire heat quantity.


Technical information


Parameter SPT-H-BK-44W
 
Dimensions (L x W x H) 595 x 420 x 14 mm
Junction Box IP68 incl. bypass diode
Cable

4 mm², 0.5 m, MC4 plug

Mass 3.6 kg
Wafer M10, TOPCon
Rated Output (Pmpp) 44 W *
Power Density 189.6 W/m² *

* Specifications for black design

Solar Roof Tile Mild-Hybrid

A SOLAR-HYBRID-MODULE WITH OUTSTANDING AESTHETICS


SALE TO MEYER BURGER

We are very proud to announce that Meyer Burger has acquired the rights to our Solar Roof Tile Mild-Hybrid and will now handle the industrialization and distribution. Meyer Burger is already working at full speed to set up series production and plans to start this and sales at the beginning of 2023. New information regarding the price and distribution channels will also be communicated by this time at the latest. Direct ordering via Meyer Burger or us is not planned for the time being.

 

For further questions and information, please contact the Meyer Burger sales team directly: tiles-germany@meyerburger.com

The Solar Roof Tiles developed by us retain the aesthetics of a conventional roof. The incoming sunlight is converted directly into electricity. In combination with a battery storage system, self-produced electricity can be used even at times when the sun is not shining. If the Solar Roof Tiles are additionally combined  with a heat pump, heat can be provided for the house even more efficiently. 


Glass package // housing

Besides the glass module, the separate housing is another systemic advantage. The flexible connection ensures freedom during installation and exchangeability of individual modules. Furthermore, the rear ventilation is integrated directly into the housing. Stable and durable materials ensure the protection of the house. Securing the SDP-MH against storm suction is also realized via the housing.

Due to the powder coating of the housing and colored solar cells, variants in other colors (e.g. terracotta, green, blue) can be realized in addition to the classic solar roof tile in black.



Special advantages compared to standard PV systems

 

The inconspicuous integration of a high-performance solar module into the roof structure is a key argument for using the Solar Roof Tile Mild-Hybrid from paXos. In addition to the functional design, there are further advantages due to the entire roof system. These include the preservation of the aesthetics. In addition, there is no need for double roofing compared to elevated modules.

  • Easy covering of the roof surface
  • High resistance to hail
  • Vertical load capacity up to 150 kg
  • Increased impact resistance to shock loads
  • Fire resistant according to VKF

Extras

By using the Wave Profile in combination with the Solar Roof Tile Mild-Hybrid, a classic, curved roof tile design can be created. The wave profile is inserted between the individual solar roof tiles and is also walkable, hail-proof as well as extcremely protected against corrosion.  

Our newly developed, flat Junction Box has its own bypass diode, which becomes active in the partial shading area. In addition, it includes a safety shutdown at module level, which in case of an emergency shuts the entire solar energy system off. 


Technical Information


Parameter SDP-MH 14.5W
 
Dimensions  468 x 331.5 x 30.8 mm
Junction Box 67 x 75 x 15.7 mm, IP67
Cable

4 mm², 0.47 m

Connector Type PV4-S
Weight 2.5 kg
Solar Cells Monocrystalline, PERC
Open Circuit Voltage 5.3 V
Short Circuit Current 3.5 A
Rated Voltage (Umpp) 4.5 V
Rated Current (Impp) 3.3 A
Rated Power (Pmpp) 14.5 W

Power Density

145 W/m²

Cover Length 340 +/- 5 mm

Coverage Width

298 mm

Solar facade element

Integration of PV in Building facades


In the production of prefabricated houses and halls, entire external facades can be clad easily and quickly with the Solar Facade Element as a building-integrated PV element (BiPV). The resulting surface generates not only electricity but also thermal energy, which can be used by means of a heat pump.

The universal mounting can be easily adapted in design to the PV panels used. Furthermore, individual facade elements as well as PV panels can be removed from the composite for maintenance. Another product advantage is the rear ventilation of the Solar Facade Element, which increases the efficiency of the entire system. In addition, the facade is kept warm in winter and cold in summer.


Cooling and insulation

The Solar Facade Element is developed in three stages of expansion due to its sandwich construction. In the basic version, the mounting and the PV panel are provided. Due to the structure, the rear ventilation is already integrated.

The next higher configuration level includes built-in insulation through insulating material and a thermal insulation panel. The highest equipment level also includes formed cable ducts and interior wall cladding.

Easy (dis)assembly and maintenance possibility

  1. Fixation by screws in the upper area
  2. PV panel is pushed upwards
  3. Fixation of spacers and connection of two elements by screws in the lower area
  4. PV panel can be pushed back to the final position

In case of maintenance there are further advantages:

  1. Loosening of the front panel for easy maintenance of the PV panel
  2. PV panel can be moved to allow access to the upper screws of the lower facade element

Technical Information


Parameter SFE
 
Dimensions (L x W x H) 1,700 x 1,000 x 105 mm *
Housing Material Aluminum, powder coated (all RAL Colors possible)
Color

Black *

Power Density 210 W/m² *
Variants 1. Basic: Panel and Housing
2. With Thermal Insulation
3. With Cable Ducts and Interior Wall Cladding

* Depending on the selected PV panel


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Flyer Multi Energy Roof
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