Talesun has launched a new double glass photovoltaic panel with aluminum frame that has achieved TÜV certification. The ‘TWINKLE’ (TD660P) 60-cell multicrystalline panel uses the aluminum frame as the sealing point for the panel’s edges, the double glass modules are therefore weather-resistant and easier to install and transport.
SCHMID has launched a cost-effective process for the texturing of diamond-wire cut multi-c-Si wafers that can be easily integrated into existing production lines. DW PreTex is being made available in two versions: as a separate single unit that roughens the surface of the wafers and then uses the available texture capacity, or as a combined line for complete texturing. Based on an in-line wet process, the process is suitable for both wafer and cell manufacturers.
Aurora Solar Technologies has introduced an enhanced version of its ‘Decima’ inline measurement system for quality control of bi-facial solar cells during production. ‘Decima Gemini’ consists of a specialized pair of Decima CD measurement heads that enables the sheet resistance of the wafers' back-surface field and emitter to be measured accurately and simultaneously.
Fraunhofer ISE has developed a new software tool that determines the cell-to-module (CTM) effects that occur when solar cells are integrated into a module. The SmartCalc.CTM software enables manufacturers of PV modules and materials to optimize the assembly and material combination in a PV module before fabricating a prototype.
Tesla/SolarCity have announced the launch of a building integrated photovoltaics (BIPV) residential roofing system comprised of a range of different tile formats, colours and coatings that aesthetically as possible mirror common conventional tile formats. The solar tiles can be provided as a retrofit option to the replacement of an existing aged tiled roof or as a new build alternative to standard residential roofing systems.
Maxim Integrated Products has introduced a new cell-string optimizer technology that allows PV panels to harvest significantly more energy and simplifies design complexity for solar installation projects, notably shade mitigation and eliminating hot-spots while minimizing the impact of overall power degradation mechanisms.
MBJ Solutions has introduced a new integrated ‘backend’ module testing system to provide greater production line operability for PV manufacturers. The MBJ backend solution combines the most important inspection tasks in one compact system: an A+A+A LED sun simulator, a hipot and grounding test and our proven EL inspection technology. All the inspection steps are performed sunny side down, which makes the integration into a production much easier than before.