Saule Technologies has been working with construction company Skanska on integrating Saules perovskite solar cells into buildings on a commercial scale. Now, it was announced that Skanska has gone through with the installation of the first big format perovskite solar panel provided by Saule Technologies, integrated into its office in Warsaw, Poland. The size of the solar panel being tested on Skanska's Spark office building is 1.3 x 0.9 meters, containing 52 photovoltaic modules.
Skanska stated that the use of perovskite technology for zero-energy buildings is the latest innovation in the developer's sustainable building strategy. Skanska is pioneering a method of covering office building exteriors with semi-transparent perovskite solar cells on a commercial scale.
The size of the solar panel currently being tested by Skanska s 1.3 x 0.9 sqm. It contains 52 photovoltaic modules. Ultimately, the final version of this particular panel ,when commercialized, will cover the demand for energy needed for lighting for one employee's work-space for eight hours . Alternatively, it is equivalent to the energy used by one computer that is on for an entire working day.
'It's a fact: an operating office building consumes a great deal of energy. At Skanska we have been improving the energy efficiency of properties for many years. We've recently been recognized by Polish Ministry of Investment and Development and Global Compact Network Poland at COP24 for our efforts focused on sustainable development and the green solutions that we have applied in our projects. Currently, together with Saule Technologies, we are going a step further. In addition to reducing energy consumption, perovskites have a real opportunity of generating significant amounts of energy to meet the majority of a property's demand. We're well on the way to zero-energy buildings', says Adam Targowski Sustainable Development Manager at Skanska's commercial development unit in CEE.
The pilot program aims to verify the ease that perovskite solar panels can be installed . Another reason for this trial is to ascertain the best solution for integrating a panel with a building's faÃ§ade, without interfering with the construction process or the design. The final product is expected to be ready in 2021. 'Perovskite PV modules are fabricated by using ink-jet printing technology. The product is then integrated into the double-glazed faÃ§ade using a standard lamination process that is already utilized across the construction industry. Our next step is to scale up and automate the process. The first pilot production facility is scheduled to be launched at the end of 2019 ,which would allow for the fabrication of large perovskite PV modules on an industrial scale. At the same time, we will be working on process optimization in order to improve the operational parameters of the fabricated panels,' adds Konrad Wojciechowski, CSO and Project Manager at Saule Technologies.
Skanska has exclusive rights to use Saule Technologies' solar cell solutions in construction and development projects, as stated in a license-based agreement signed between the two companies, in building faÃ§ades and noise barriers across all Skanska markets worldwide (the Nordics, Europe and the USA).