DSM expands solar portfolio with innovative photovoltaic backsheets
Oscar Goddijn, Vice-President of DSM Advanced Surfaces, DSM says: “DSM develops technologies and material concepts that increase the efficiency of solar modules, bringing down the cost of solar energy and helping to accelerate its penetration and its role in the energy mix. With this agreement we now have a great combination of the world’s best-performing anti-reflective coating technology and backsheets with best-in-class durability and power gain. The combination of these two patented product ranges with our application and market expertise represents a significant step forward in boosting the performance and durability of PV modules in providing renewable energy.”
Backsheet materials protect photovoltaic modules from UV, moisture and other weather conditions. They also provide electrical insulation for the safety of people working with and near the module and internal reflection for enhanced performance. The backsheets that DSM will bring to the market are made with a patented technology, a combination of co-extrusion and nano-composites, which is unique in the solar market. When compared to existing solutions, DSM backsheets have superior properties, particularly in terms of power output gain and durability.
Same Sun. More Power.™
Solar energy has become an important source in the global energy mix over the past decade. For solar energy to reach grid parity and become cost competitive with fossil fuel-based generation on a global scale, it is necessary to lower the levelized cost of energy (LCOE) of solar PV. Building on the success of its anti-reflective coating, DSM aims to commercialize a portfolio of innovations focused on lowering the cost of solar energy by providing solid, durable and sustainable materials solutions: Same sun. More power.™ This new agreement with Sunshine is an important landmark in DSM’s ambition to expand its solar product portfolio as part of its efforts to enable and drive the transition to a low fossil carbon economy.