Designing solar modules: colours, shapes and structures for individual designs

Whether rectangles, triangles, polygons, curves or arches – the shape of the solar modules can be freely selected and perfectly adapted to architectural concepts. The module dimensions range from 200 × 300 mm to an impressive 2400 × 4150 mm. Glass thicknesses of 2 to 12 mm per pane allow maximum flexibility in design and function. The standard size of 1680 × 1010 × 8 mm is ideal for anyone seeking to optimise costs. In addition, various degrees of hardness, such as TVG or ESG, can be individually adapted. This not only makes photovoltaics efficient, but also an integral part of modern architecture.

When designing photovoltaic modules, the full spectrum of the material ‘glass’ is available. Surface structuring and coatings are just as possible as the deliberate use of reflections. The solar glasses ‘Fjord’ and ‘Crystal’ are the basis of most integrated solar modules due to their discreet structuring and maximum efficiency. This structuring ensures high light transmission and minimal glare.

Our two innovative colour technologies open up completely new possibilities for the design of solar modules.

Photovoltaic systems are already widely accepted by the general public – and this acceptance can be further increased with innovative design and customisation options. ZeroReflect, developed in the Megasol design laboratory, is an advanced surface technology that makes solar modules low-glare and low-reflection – regardless of installation angle, location or time of day. This technology is ideal for demanding applications where minimal to no glare is a top priority, whether in sensitive areas with strict regulatory requirements, at transport hubs or for individual aesthetic requirements.