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EPP ENERGY PEAK POWER GMBH
Germany
This flat rate for the proven Alumero substructure for pitched roofs allows you to calculate your offers quickly and easily. Please note that the individual static calculation must be made by us at the latest when you place your order
Request for a quoteEPP ENERGY PEAK POWER GMBH
Germany
This flat rate for the proven Alumero substructure for pitched roofs allows you to calculate your offers quickly and easily. Please note that the individual static calculation must be made by us at the latest when you place your order.
Request for a quoteEPP ENERGY PEAK POWER GMBH
Germany
This flat rate for the proven substructure from K2 Systems for pitched roofs allows you to calculate your offers quickly and easily. Please note that the individual static calculation must be made by us at the latest when you place your order. You can use this statics report ideally for system documentation.
Request for a quoteEPP ENERGY PEAK POWER GMBH
Germany
This flat rate for the proven substructure from K2 Systems for pitched roofs allows you to calculate your offers quickly and easily. Please note that the individual static calculation must be made by us at the latest when you place your order. You can use this statics report ideally for system documentation
Request for a quoteALUMERO SYSTEMATIC SOLUTIONS GMBH
Austria
ALUMERO.PRO.TOOL is software that facilitates the simple analysis and rapid planning for our PV mounting systems. Once the requirements of a project have all been recorded, a module plan is produced. Shade is simulated and an editable CAD construction drawing is generated with a material list and a project report. The results are based on the selected ALUMERO mounting system, the concomitant static calculations and the relevant integrated calculation norms.
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ALUMERO SYSTEMATIC SOLUTIONS GMBH
Austria
As the price of solar modules falls, land prices, mounting systems and labour costs account for a larger percentage of overall solar panel system expenditure. This has resulted in increasingly dense building, and to minimise loss of light caused by shade the modules are commonly set up in horizontal rows. Larger constructions with 4 to 6 module rows reduce the frame costs per module. The GMS MAX mounting system was developed with this in mind. Horizontal and vertical frames along two rows of posts guarantee the necessary flexibility and exploitation of space. The system complies with the highest industrial standards, has been tested in a wind tunnel, and is calculated and statically optimised for each project with our ALUMERO.PRO.TOOL software.
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