Technology

The manufacturing process of solar panels is experiencing substantial advancements throughout the 2020s. For example, the temperature required for Nordic Nano’s production process is notably lower than that of traditional silicon-based panel manufacturing, as the production line for material handling is conducted at room temperature, with the exception of the drying of nanomaterial, which occurs at this maximum temperature of 60°C.

With Nordic Nano’s technology, it is possible to utilise solar radiation ranging from ultraviolet frequencies to infrared. It enables the capture of scattered solar radiation and opens a possibility to generate electricity from diffused light without needing precise alignment with the sun. This all demonstrates the significant potential of organic materials on various structural surfaces, and furthermore, energy can be produced even in cloudy weather from ultraviolet radiation and visible light frequencies.

The nontoxic, nanocarbon material-based solar collectors and energy storages benefit greatly from the lightness and weather-resistance of the materials. The combination of carbon nanotube’s (CNT) tensile strength and graphene’s flexibility creates robust materials suitable for flexible and durable outcomes.

In our energy storage solutions, the graphene-doped piezoelectric spin-technology enhances conductivity and significantly extends the number of charging cycles in storage solutions.

The optical transparency of different oxides – CNT graphene hybrids makes them perfect for different applications. Since all materials are also thermally stable, they enable fire safety and do not overheat. The material combination makes it possible to operate under extreme conditions without performance degradation.

Our partners and suppliers are sourced from networks within the European Union and allied countries.