Over 8,000 Successfully Implemented PV Projects in More Than 70 Countries Worldwide

References

Gebend 39 MWp_2018
References Solar Parks & Utility-Scale

Gebeng, Malaysia, 39 MWp

15.04.2021

Planned, expected settlement phenomena in the building and the required low embedment depths were the outstanding features of this project in Malaysia. On behalf of BayWa r.e., we supplied this landfill project with Sigma II frames.

For this purpose, the frames were equipped with a flexible adjustment to compensate for medium-term subsidence phenomena.

Volodarovka, Russia, 15 MWp
References Solar Parks & Utility-Scale

Volodarovka, Russia, 15 MWp

15.04.2021

Together with our Austrian partner LSG Solar Solutions, we have built a total of nine solar power plants with a total capacity of 135 MWp in the Russian Federation. The harsh environmental conditions in particular were a key design criterion here. In addition, we were able to prove our global performance by contributing 100% local added value.

References Residential & Commercial

X-Win

19.02.2021

The development of sustainability arises from renewable energy, which plays an important role, not only to promote an ecological culture, but also to use natural sources such as wind, sun and water, without compromising the well-being of the environment in any way.

References Residential & Commercial

multiwatt® Energiesysteme GmbH

19.02.2021

multiwatt® Energiesysteme GmbH has been working successfully with Mounting Systems GmbH from Rangsdorf since 2011. We distribute all product ranges of Mounting Systems GmbH and can therefore offer our customers a full range, for almost all mounting requirements…

References Residential & Commercial

Lieckipedia GmbH

19.02.2021

“This year, we have once again expanded and extended our long-standing cooperation with Mounting Systems. In addition to good product quality and excellent customer service, Mounting Systems scores with strong delivery reliability…

Boguslav, Ukraine, 54 MWp
References Solar Parks & Utility-Scale

Boguslav, Ukraine, 54 MWp

19.02.2021

The Boguslav solar park is located in the Kiev region of Central Ukraine. We supplied this project with our Sigma II mounting system. The harsh environmental conditions in particular were incorporated into the design for a long service life.

Benban, Ägypten, 130 MWp
References Solar Parks & Utility-Scale

Benban, Egypt, 130 MWp

19.02.2021

Mounting Systems supplied the first Egyptian solar power plant with the second generation Sigma Tracker system as part of the world-renowned project in Benban. In cooperation with ib Vogt, Mounting Systems was able to demonstrate its role as a global system supplier.

The experience gained in this way flowed sustainably into our engineering team and is now also available to all other partners.

Goussaincourt, France, 36 MWp
References Solar Parks & Utility-Scale

Goussaincourt, France, 36 MWp

19.02.2021

In Goussaincourt, France, Mounting Systems supplied the Sigma II installation systems for a project built in collaboration with Bouygues ES. Due to the hard ground, our Sigma II was chosen as it was perfectly suited with its height adjustable split post. This, along with the relatively small cross-section of the posts, allowed for fast and efficient pre-drilling. More than 18,000 holes were drilled and filled with excavated material to ram the posts. Everything in less than 3 months. The racking systems for approx. 36 MWp were delivered by us within four weeks. Therefore, the efficiency of our logistics was of outstanding importance.

Akadyr, Kaschachstan, 26 MWp
References Solar Parks & Utility-Scale

Akadyr, Kazakhstan, 26 MWp

11.02.2021

Mounting Systems delivered the extremely adaptable Sigma II bifacial made of steel for a solar park of GOLDBECK SOLAR GmbH in Kazakhstan. The special thing about the Akadyr II project was that bifacial modules were used together with the mounting system that was optimized in this regard.

For the first time in a project of this size, a bifacial gain could also be made possible through the choice of the frame system.

The special design, the high angle of inclination and the large ground clearance ensured that the rear of the modules could be used optimally.

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