Solar energy that becomes architecture: MEGASOL solutions combine energy production, design and technological innovation to integrate photovoltaics into façades, roofs and building envelopes. An aesthetic and sustainable approach that transforms architectural surfaces into sources of clean and efficient energy.
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MEGASOL photovoltaic systems are advanced BIPV (Building Integrated Photovoltaics) solutions designed to integrate energy generation directly into the architecture of new buildings or refurbishment projects. They combine energy efficiency, customised design and high technical performance, meeting the functional and aesthetic demands of contemporary construction.
Distributed by AGI, MEGASOL panels are developed with cutting‑edge technology and enable full integration into façades, roofs and shading systems, replacing conventional materials with active, energy‑producing surfaces. Their high construction quality ensures durability, weather resistance and optimised energy performance, without compromising the architectural language of the project.
Certified according to major international standards, MEGASOL solutions guarantee safety, reliability and regulatory compliance. Their strong sustainability commitment makes them compatible with LEED, BREEAM and DGNB certifications, contributing to more efficient, autonomous and environmentally responsible buildings.
Energy, architecture and innovation serving a sustainable future.
High energy efficiency
Contribution to LEED/BREEAM certification
Durability and low maintenance
Full architectural integration
Made‑to‑measure customisation
Renewable energy production
Reduced carbon footprint
Aesthetic and functional solution
Variety of colours and finishes
This system meets the highest architectural demands, combining creative freedom, technical performance and energy efficiency. Its design flexibility allows the creation of buildings with a unique visual identity, integrating solar energy production discreetly and elegantly. A future‑ready solution in which architecture and renewable energy coexist in perfect harmony.
With the SOLARCOLOR system, photovoltaic modules become an active part of architectural design, allowing precise definition of surface, colour and visual intensity. This method facilitates aesthetic coordination between architects, owners and manufacturers, ensuring that the design intent is faithfully reproduced in the final product. The palette includes gold, silver, bronze, terracotta, green, blue and red — all applied across the entire module surface for a harmonious, consistent appearance, with glossy or matte options available.
Roof‑integrated PV
Rooftop PV
Façade‑integrated PV
Photovoltaic carport
Agri‑PV (agricultural photovoltaic)
Classic pinstripe‑like visual that integrates the technology elegantly. The most efficient option in terms of performance and cost.
Complete freedom of colour choice.
Allows light pastel tones or more intense, natural colours — adapting the module to the architectural design.
Conceals busbars (cell contacts), creating a fully black, discreet surface.
The technology is only noticeable at a second glance.
Translucent solar panels ideal for open structures.
Cell spacing balances light entry and energy production.
High‑efficiency cells with long lifespan and 0% PID & LID degradation, improving energy yield and long‑term robustness.
Panels with double glass construction for superior durability, stability and resistance, suitable for façades, roofs and demanding structural applications.
Solar modules conceived as configurable building materials, allowing custom shapes, colours and surfaces for aesthetic integration in buildings.
Advanced surface structure reducing glare and reflections, improving visual aesthetics and safety (less solar reflection) on façades and roofs.
NICER X is a waterproof, integrated photovoltaic solution ideal for façades and roofs of industrial, commercial or pavilion‑type buildings. Its simple, elegant design provides a contemporary and functional appearance, ensuring seamless architectural integration and efficient installation without compromising energy performance.
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