P M T
PV mounting system for south-facing flat roofs | PMT EVO 2.0 S

Photovoltaic flat roof mounting system south

PMT EVO 2.0 S - Simple. Flexible. Safe.

The substructure PMT EVO 2.0 S is the ideal solution for flat roofs with south-facing modules. Thanks to maximum safety and outstanding quality, this south-facing flat roof PV mounting system can be installed in a short time and is extremely cost-efficient.
request now
Scroll
EVO 2.0

Let us convince you

Quick and safe installation

On average, a fitter needs no more than ten minutes to attach a module for the Flat Roof South PV mounting system.
technical data

Well thought out all round

All framed solar modules are compatible with this south mounting system. It is also characterized by a lightning current carrying capacity and a low-resistance connection.

General building authority approval

Image

Product features

The PV flat roof mounting system South offers maximum safety and quality. Smart cable routing and innovative click connections make the PMT EVO 2.0 S an all-round sophisticated solution.
Virtual showroom
to the 3D model
Interactive assembly instructions

Certified South mounting system without compromises

PMT EVO 2.0 S can be used for roof pitches from 0 to 10°. This PV flat roof mounting system South impresses with its universal areas of application and is suitable for almost all roof surfaces in European wind and snow load zones.

Our South substructure is lightning current carrying and has proof of a low-resistance connection. In addition, all framed solar modules can be installed with the PV flat roof mounting system South.

Thanks to the innovative click connections, one person only needs around ten minutes to install a module. This means that our substructure can be installed particularly quickly and in just a few simple steps.

Our mounting system is easy and, above all, safe to install. This has been confirmed by the general building authority approval of the German Institute for Building Technology. We were one of the first companies to be certified for this aerodynamic flat roof system, which underlines our technical and quality standards.
PMT EVO 2.0 S can be used for roof pitches from 0 to 10°. This PV flat roof mounting system South impresses with its universal areas of application and is suitable for almost all roof surfaces in European wind and snow load zones.Our South substructure is lightning current carrying and has pro
read more
Innovative technology. Maximum safety. Intelligent design.
Click technology

Smart, intuitive and intelligent

PMT EVO 2.0 S can be easily connected using smart click connectors. You can also disconnect the plugs again. No measuring is necessary. All you need to install the PV mounting system Flat Roof South is a tape measure, a chalk line and a torque wrench.
Guaranteed safe

Lightning current carrying capacity

The substructure of our Flat Roof South PV mounting system can be easily integrated into the building's lightning protection concept. Its lightning current carrying capacity has been verified in accordance with DIN EN 62561 (VDE 0185-561-1):2013-02.
Maximum security

Safe is safe

We continuously test the stability of our south substructure as part of wind tunnel tests and experimental component tests. For our aerodynamic flat roof system, we received the abZ with the approval number Z-14.4-790. DIN standards and other components such as Frist couplings and Solmont connections also contribute to maximum safety.
Variable dimensions

Flexibility in width and height

The flat roof solar mounting is suitable for all commercially available solar modules. Module lengths from 1,550 to 2,400 mm and module widths from 980 to 1,300 mm can be installed.
Ballasting

Standardized ballast stones

The ballast stones integrated in PMT Plan are standardized to 15 kg and enable smooth planning and installation. In addition, the Flat Roof South mounting system requires significantly less ballast than standard substructures. A ballast tray for gravel-covered roofs can be optionally attached to the system.
Optimum contact surface

Always fits

The floor rail with integrated protective mat has a continuous design to ensure defined contact with the ground and a high contact surface. This keeps the roof undamaged.
Ideal cable routing

Laying cables out of sight

The cables are fixed in place using a triple edge clip holder. The cables can be laid separately according to DC +/-. The separation distances can be extended by 150 mm. The cables are protected by the integrated cable duct cover and are no longer visible. A route connection can also be laid as an option.
Universal module clamp

One module clamp for all heights

The clamps for the Flat Roof South PV mounting system enable modules with a height of 30 to 50 mm to be fixed in place. They can be removed and reused.
Optional fall protection

Safety First

PMT EVO 2.0 S has an optionally available system for safety ropes that has been certified in accordance with DIN EN 795:2012 and CEN/TS 16415:2014. One person weighing 100 kg can be secured to the rope.
Extensive range of accessories

Your requirements - your system

With the right accessories, all requirements and individual wishes can be implemented. Do you need a limit coupling, a route connection or fall protection? We will be happy to advise you.
Gallery

PMT EVO 2.0 S for Bohnenkamp AG in Osnabrück

Bohnenkamp AG has commissioned the largest and most powerful photovoltaic system in Osnabrück. The new 750 kWp system covers up to 30% of the company's own energy requirements.
View reference

PMT EVO 2.0 South at CLIP Logistics in Poland

The most powerful PV system in Poland to date was connected to the grid in August 2019. With an impressive 22,947 modules and a total output of almost 7 MWp, the project was a real challenge in terms of planning, technology, logistics and installation.
View reference

PMT EVO 2.0 S for Bohnenkamp AG in Osnabrück

Bohnenkamp AG has commissioned the largest and most powerful photovoltaic system in Osnabrück. The new 750 kWp system covers up to 30% of the company's own energy requirements.
View reference

PMT EVO 2.0 South at CLIP Logistics in Poland

The most powerful PV system in Poland to date was connected to the grid in August 2019. With an impressive 22,947 modules and a total output of almost 7 MWp, the project was a real challenge in terms of planning, technology, logistics and installation.
View reference
Technical data
Components
Accessories
Type of application
Flat roof up to 5° roof pitch
(special projects up to 10° possible)
Angle of attack
10° and 15°
Alignment
PV mounting system flat roof south
Roof covering
Foil, bitumen, gravel, greenery, sheet metal, concrete
Standard step size
1500 mm / 1650 mm / 1800 mm
Weight
System surface load incl. module and ballast from 9.5 kg/m²
Hight-Tech protective mat
11 mm thick high-tech protective mat,
no plasticizer integration
Approvals
blitzstromtragfähiges System nach DIN EN 62561 (VDE 185-561-1):2013-02

allgemeine bauaufsichtliche Zulassung Z-14.4-790 für das Gesamtsystem PMT EVO 2.0

niederohmiger Verbindungsnachweis (<1 Ω) für das Gesamtsystem
Material
Aluminum EN-AW-6063-T3
Stainless steel A2-70
PV module suitability
All common PV module sizes:
Width: 985-1150 mm,
Length: 1550-2340 mm,
Height: 30-50 mm
1 / 12
Main floor profile
Main floor profile
EVO 2.0 HBP S Type 1618
EVO 2.0 HBP S Type 1467
EVO 2.0 HBP S Type 1768
Base
Base
10° Components:
EVO 2.0 B10 M6 Type 75
EVO 2.0 B10 Type75

15° Components:
EVO 2.0 B15 M6 Type 75
EVO 2.0 B15 Type 75
Cross brace
Cross brace
EVO 2.0 QBS
Lengths: from 1568 mm to 2393 mm
Cross brace connector
Cross brace connector
EVO 2.0 QSV type 390
EVO 2.0 QSVU type 1180
Tower
Tower
10° component: EVO 2.0 T10 type 75
15° component: EVO 2.0 T15 type 75
Rear wall tower
Rear wall tower
10° component: EVO 2.0 RWT10 type 75
15° component: EVO 2.0 RWT15 type 75
Back wall
Back wall
10° component: EVO 2.0 RW 10
15° component: EVO 2.0 RW 15
Start and end floor profile
Start and end floor profile
EVO 2.0 AEBP Type75
Distance gauge
Distance gauge
EVO 2.0 AL univ.
Screw
Screw
M8x30
Center clamp
Center clamp
MK type 40
End clamp
End clamp
EK Type 35
1 / 12
Cross and ballast strut mounting adapter
Cross and ballast strut mounting adapter
EVO 2.0 MAQBS Type 75
Center support
Center support
10° component: EVO 2.0 MAG S 10
15° component: EVO 2.0 MAG S 15
Side cover
Side cover
10° Components:
EVO 2.0 SDR S10
EVO 2.0 SDL S10

15° Components:
EVO 2.0 SDR S15
EVO 2.0 SDL S15
Cable duct cover
Cable duct cover
EVO 2.0 KD type 630
EVO 2.0 KD type 800
Ground profile route connection
Ground profile route connection
EVO 2.0 TRA Type 330
EVO 2.0 TRA Type 630
EVO 2.0 TRA Type 930
EVO 2.0 TRA Type 246
USO
USO
10° Components:
EVO 2.0 USO S10 Type 100
EVO 2.0 USO Type 2

15° Components:
EVO 2.0 USO S15 Type 100
EVO 2.0 USO Type 3
Solomont mounting foot
Solomont mounting foot
Available with different coatings adapted to the roofing membrane
Route connection
Route connection
EVO 2.0 TRQBS L Type 150
EVO 2.0 TRQBS R Type 151
Ballast tray
Ballast tray
EVO 2.0 BW Type 70, V1
EVO 2.0 BW Type 70, V2
Bracket for irradiation sensor
Bracket for irradiation sensor
10° Components:
EVO 2.0 TBES L Type 10°
EVO 2.0 TBES R Type 10°

15° Components:
EVO 2.0 TBES L Type 15°
EVO 2.0 TBES R Type 15°
Trapezoidal sheet metal holder
Trapezoidal sheet metal holder
EVO 2.0 TBH Type 208
Screw
Screw
M8 x 16
to the service

ARE YOU PLANNING A PROJECT?
WE ARE HAPPY TO ADVISE YOU

YOUR CONTACT PERSON
Nadine Teller
Key Account Manager
+ 49 (0) 9225 95500 project@pmt.solutions contact now
Partner
Icon

FAQ

Frequently asked questions

Which module dimensions are suitable?

In general, all commercially available modules with PMT EVO S 2.0 can be planned for the Flat Roof South PV mounting system. Our substructure covers module widths from 980 to 1,300 mm and module lengths between 1,550 and 2,400 mm.

Why can PMT EVO 2.0 S be installed particularly quickly?

Our PMT-EVO 2.0 substructures do not need to be screwed together. Thanks to secure click connections, the main components guarantee sufficient stability for the South substructure. Exceptions to this are the cross and ballast struts, middle and end clamps and accessories that have screw connections.

Is it necessary to screw the components together?

The elements of the PV mounting system flat roof south substructure do not need to be screwed together. Thanks to secure click connections, the main components guarantee sufficient stability. Exceptions to this are the cross and ballast struts, middle and end clamps and accessories, which have screw connections.

Is a lightning current carrying capacity guaranteed?

Yes, all PMT-EVO 2.0 systems can be included in a building's lightning protection concept thanks to their lightning current carrying capacity. However, a separate connection must be created for the modules, as these are not lightning current carrying in themselves. This can be done using the standard cross struts or the standard lightning protection material as specified by the lightning protection installer. The connection between the module blocks and the integration of the flat roof south mounting system must be specified by the lightning protection installer.

Can a slope change of 2 % be built over?

A change of pitch to a roof pitch of 1.5° can be built over without additional components. The prerequisite for this is that the transition from the base to the connecting floor profile runs exactly above the high point and can act as a joint. For a roof pitch of more than 1.5°, a ridge connector is required for the pitch change.

Is planning also possible without Solmont?

You can use the Flat Roof South PV mounting system on almost all roof coverings (up to 5° pitch) without penetrating the roof. We recommend always working with ridge couplings where possible. However, there are a few systems with a roof pitch of 2.0° or more that exhibit thermally induced movement effects and a much larger number of systems, some with higher pitches, that do not exhibit this effect. For this reason, we have decided to follow the advice of the German Solar Industry Association and recommend connection from a roof pitch of 1.0°.

Why is more ballast needed for a smaller roof than for a larger roof?

Each building must be considered separately. Even the basic geometry (length, width, height ratio) of buildings has a major influence on the required ballast, as the zoning of the roof behaves differently depending on the basic geometry. In addition to the building height and roof pitch, parameters such as the terrain category (proximity to larger bodies of water) also play a role.

Do I need special ballast stones?

Our flat roof systems can generally be secured with all standard ballast stones. Our PMT-Plan software calculates with the dimensions 40 x 40 x 4 cm and 15 kg as standard. Some of the components, such as side covers, ballast center and end clamps, are also adapted to these dimensions and can be used with these ballast blocks without restrictions. Ballast blocks that deviate from the size can only be attached to the substructure with additional ballast struts, for example. Ballast blocks that are too small may not be able to be placed on the ballast struts.

When sending us the project details, please let us know if you need to adjust the ballast stones so that we can calculate them accordingly. From a planning perspective, we can store our planning software with any stone weight and the corresponding dimensions.

Is there a specific requirement for the distribution of the ballstones?

Our planning software PMT Plan calculates the number and positioning of the ballast stones to be placed and displays them in the ballast plan. It is important to note the pure number and the corresponding color code. The values V and A given in the background can be ignored. Ballast stones are automatically stored in PMT Plan with the dimensions 40 x 40 x 4 cm with 15 kg. In order to calculate the ballast correctly, please let us know before planning if a different ballast stone is to be used.

How does it affect the statics if the number of ballast stones is changed?

Changing the ballast blocks reduces or increases the total load on the roof. This often has an effect on the statics.

Example: 17 kg is required to ballast an area. If a 15 kg block is stored in the planning, two blocks, i.e. 30 kg, are output for this area. If a block weighing 17 kg is entered in the calculation, only one block will be output for this area.

Do I really need ballast clamps?

Weather conditions or maintenance work can cause the ballast blocks to slip off the main floor profiles. To prevent this, we generally recommend securing the ballast blocks in the vulnerable edge and corner areas. In all areas, this should be discussed with the building owner. As the stability of the substructure can only be maintained with appropriately positioned stones, the positioning of the ballast stones must be checked during every maintenance.

Does the ballast change when the connecting floor profile is changed?

There are no noticeable changes between 60 mm and 200 mm or 300 mm. When using special connectors with 500 mm, however, the ballast increases. Important: If the module fields exceed the maximum field sizes of 20.0 x 20.0 m, these would have to be readjusted, which would result in a change in the ballast.

With which roof membranes and insulations can PMT EVO 2.0 S be installed?

In principle, our flat roof systems can be installed on any insulation and on PVC, FPO/TPO, bitumen, concrete and gravel. It is also possible to install the substructure on green roofs. Verification by PMT is required to ensure the maximum compressive strength of the insulation. In certain cases, the flat roof system can even be used on trapezoidal sheet metal. Please contact your PMT sales representative in advance to check the implementation.

Are green roofs also suitable for the EVO system?

Yes, there are three different variants for this:

  • Standard substructure on roof not yet greened and greening
  • Standard substructure on green roof with normal ballasting
  • Raised version where the substructure is screwed onto ballast blocks (Multi-Monti)

Are there any specifications for equipotential bonding with our mounting system?

Generell besteht bei unseren aerodynamischen Unterkonstruktionen ein Potentialausgleich. Das System in sich ist eine niederohmige Verbindung (<1 Ω). Die Module in sich sind keine niederohmige Verbindung, weshalb eine gesonderte Brücke hergestellt werden muss. Dies kann sowohl über die Standardquerstreben als auch über vorgegebenes Material einer Elektrofachkraft erfolgen.

What is the reason for the price difference between PMT EVO 2.0 S and PMT EVO 2.0 EW?

With the south mounting system, the amount of material used is around 1.5 to 1.7 times higher than with the east-west variant, which is why the costs per module are correspondingly higher.

Can the system be connected to a rope safety system?

In principle, nothing may be connected to an existing rope lifeline. This has been planned and installed for the pure protection of people on the roof and therefore cannot withstand the permanent static loads of the system. Mechanical attachment points from PMT, which are planned and offered via our software, are more suitable.
3D model
3D model fullscreen

VR-SHOWROOM

Discover our photovoltaic mounting systems in a new dimension. Experience our products up close.
try it out now
CTA Image