ProfEC Ventus is pleased to announce its official acceptance as a MEASNET Associated Member for Site Assessment Services according to the latest MEASNET Procedure “Evaluation of Site-Specific Wind Conditions.” This prestigious recognition expands the company’s existing MEASNET membership, which has historically focused on world-class wind sensor calibration.
As the world’s leading network of wind energy measurement institutes, MEASNET promotes the highest standards of quality, transparency, and comparability in wind energy measurements and evaluations. By extending its membership to include Site Assessment Services, ProfEC Ventus further strengthens its position as a trusted technical partner delivering bankable data and internationally recognised expertise to the wind energy industry.
“The expansion of our MEASNET membership is a natural progression for ProfEC Ventus. Having served the industry for years with MEASNET-recognised sensor calibrations, we are now proud to bring that same level of technical rigour and international standardisation to our Site Assessment services. This ensures our clients benefit from a seamless, high-fidelity data chain that is globally recognised by investors and financial institutions.”
— Mathias Hoelzer, Managing Director
The inclusion of Site Assessment under the MEASNET umbrella provides clients with additional confidence that wind resource assessments, energy yield assessments, and site suitability studies are conducted in accordance with the latest MEASNET procedures and quality evaluation programmes. For developers, investors, and lenders, this helps reduce technical uncertainty and supports informed decision-making throughout project development and financing.
This milestone complements ProfEC Ventus’s extensive ISO/IEC 17025 accreditations and further expands its portfolio of technical services. As wind projects continue to grow in scale and complexity, the demand for high-accuracy site assessments has never been greater. ProfEC Ventus remains committed to delivering the precision, quality, and technical certainty required to support successful renewable energy projects worldwide.
