Gantner Instruments Environment Solutions develops and produces monitoring and control solutions for PV assets. The advanced products made in Germany are already used in over 37 countries. Managing Director Jörg Scholz and his employees are proud to be part of the rapid and future-oriented development in this field of renewable energies.
Due to its successful business development, Gantner Instruments moved into a state-of-the-art, innovative company building “with an outstanding design” three years ago. According to Jörg Scholz, this contributed to making the products’ quality and individuality visible to the world. “This enabled us to convince a considerably larger number of customers to work with Gantner Instruments.”
Gantner Instruments is currently delivering a complete monitoring and control solution for the 187 MW solar park “Weesow-Willmersdorf” of Energie Baden-Württemberg “EnBW.” The solar park is the largest photovoltaic project in Germany that has been implemented without subsidies. A total of 465,000 solar modules are installed and generate 187,000 MWh of electricity, equal to 51,000 households. This Solar park prevents approximately 129,000 tons of CO₂ emissions on an annual basis. All our primary customers are currently forecasting significant growth for the next few years and expect us to expand our capacities significantly.
More articles
Enhanced Functionality with GI.bench’s Newest Release: Revamped UI, Powerful Tools and More!
Introducing the latest update to our powerful and intuitive testing and measurement software - GI.bench. This update promises to elevate your testing capabilities with features designed to streamline your workflow and maximize productivity.
Read more...Webinar – Crate.io + Gantner Instruments: Real-time energy grid control based on big data
With the increase in renewable energy sources, the challenge for electric grid operators to keep grid frequencies stable has become even more significant. Constant data collection is essential for modern control technology and makes it possible to execute controls more quickly, whereby the use of smart grids can be further optimized.
Read more...Historic Ship, Modern Protection: Real-Time Force Monitoring Stabilizes Sweden’s Vasa Warship
The Vasa Museum in Stockholm houses Vasa, a 17th-century Swedish warship raised from the seabed in 1961. Almost completely preserved, she is both a cultural icon and a full-scale research platform for naval architecture, materials science, and maritime archaeology. But preserving a 400-year-old oak hull on land poses a critical structural challenge: without buoyancy, the ship’s weight is carried through discrete support points, and slow deformation has already been detected. To protect Vasa for future generations, the museum is replacing the original display cradle with an adjustable steel support system equipped with a real-time force monitoring and long-term structural health monitoring (SHM) solution.
Read more...High Performance Measuring Module D107 for Frequencies
The Q.bloxx D107 is a new measurement module for the acquisition of frequencies and incremental signals. Due to its fast signal conditioning capability with a clock speed of 288 MHz, the new module is suitable for extreme measurement of rotational speeds, which were not previously possible in this price range.
Read more...