At the science brunch, six researchers were selected to present their projects supported by climate and energy to 150 participants. You can find the programm here and join the meeting via zoom at 10:15am. This event makes the work and results of Austrian energy and mobility research transparent and gives impulses for new ideas!
About IPERMON – Innovative Performance Monitoring System for Improved Reliability and Optimized Levelized Cost of Electricity
Currently, a vast amount of research institutions and organizations are focusing on ways to improve the operation, reliability and consequently the output of PV systems. An important aspect yet to be targeted remains the procedural and standardized approach to calculate accurately the factors behind the various performance loss mechanisms, while also detecting and diagnosing potential failures at early stages or before occurrence. Identification of degradation and failure modes at preliminary stages is important as these mechanisms directly influence the performance, lifetime and reliability of PV technology.
It is with this background that project IPERMON has been initiated in order to primarily monitor and assess PV system performance, through the formulation of a procedural protocol (starting from sensor installation, data acquisition and filtering, to time series analysis) for the development of algorithms to detect performance losses, failures and degradation mechanisms at an early stage, which will significantly improve and ensure quality of operation of grid-connected PV systems in order to fulfil and guarantee owner/investor expectations.
For further information please visit our Project website or contact the team.
The IPERMON project is co-financed by the FP7 ERA-NET program (SOLAR-ERA.NET) and the Republic of Austria through the Austrian Research Promotion Agency (e!MISSION) under grant agreement No 853373.
More articles
Force monitoring improves efficiency of Airbus’ Final Assembly Line
In November 2016 the Airbus A350-1000 flew for the very first time. The A350-1000 is part of the A350 XWB family and is Airbus’ largest and most powerful twin-engined airliner ever. Airbus began the assembly of the A350-1000 in September, 2015, less than a year after the first delivery of the A350-900. For maximum flexibility, the existing A350 XWB Final Assembly Line (FAL) can be used for both A350-900 and A350-1000 models.
Read more...International Trade Fair for Electronics Development and Production
Your path to electronic excellence begins at Productronica India 2023. With Gantner Instruments at your side, you are well-equipped to seize opportunities and conquer challenges in the electronic industry. We look forward to meeting you at Productronica India 2023!
Read more...Introducing the Q.series X A12x 1500V Plus Versions
Gantner Instruments expanded the A12x module lineup with Plus versions (e.g., Q.series X A128 Plus SEB) that feature an increase in their voltage capacity up to 1500V, meeting the evolving demands of industries that require higher voltage limits for testing and measurement. Let's delve deeper into the enhanced capabilities of the A12x module lineup and how they empower engineers across various industries.
Read more...3 ways advanced DAQ solutions help the aviation industry transition to a sustainable future
By 2050 we need to become a carbon-neutral society, and the aviation sector needs to contribute. While flying less can help reduce emissions, we have options for cleaner air travel. For one, we could power our flight with electricity or hydrogen, which are no longer ideas in some futuristic science fiction novel. Rather, they are on the brink of generating a shift in aviation technology.
Read more...