Sponsorship
Partners
Official Resource Assessment Partner
Table-top exhibitor – Meet us at our stand!
Whiffle provides ultra-high-resolution atmospheric modelling for renewable energy, powered by Large Eddy Simulation (LES) technology and GPU-accelerated computing. Our focus is supporting wind-energy decision-making, where uncertainty matters most – from early-stage screening through wind resource assessment and yield analysis, to operational forecasting.
Wind energy applications:
Whiffle Wind delivers LES-based wind resource and yield assessments. By explicitly resolving turbulence, wakes, blockage, terrain and land-use effect, in detail, Whiffle Wind supports robust site selection, layout optimization, and more accurate energy yield predictions, particularly in complex terrain, forested areas, and clustered wind farms. Whiffle Atlas provides instant access to long-term wind climatology for early-stage screening and MCP workflows. The data service offers 20 years of hourly wind time series at 2 km resolution and 10 fixed heights (up to 500 m), benchmarked extensively against measurements. It serves as a reliable long-term reference, particularly in coastal, nearshore and coastal terrain regions where standard datasets may fall short. Whiffle Atlas is currently available for Europe, United States, Australia, Japan, and South Korea, with additional regions in development.
Whiffle Wind and Whiffle Atlas are delivered via web application and API. Custom LES simulations are supported through bespoke consultancy.
For operational needs, Whiffle Forecast combines LES with advanced AI and machine learning to deliver highly accurate day-ahead and intraday wind power forecasts. This precision helps energy companies reduce imbalance costs, improve operational decisions, and increase profitability.
All Whiffle products run on a scalable, GPU-powered platform capable of resolving atmospheric processes down to tens of meters. Our focus is strengthening the renewable energy market by increasing predictability across project stages and reducing weather-related financial risk.
Find out more: whiffle.nl
Find us at this sessions
Thursday, 11 June
Friday, 12 June
Official Analysis of Operating Wind Farms Partner
Table-top exhibitor – Meet us at our stand!
EMD is an independent global software and consulting company offering products and services for both the pre- and post-construction phases of wind farm projects, hybrid power plants and complex energy system schemes.
Their software products are used by manufacturers, utilities, developers, consultants and public institutions in more than 100 countries and are recognized and accepted worldwide by financing institutions and local authorities as independent and industry-standard assessment and analysis tools.
Their main office is located in Aalborg, Denmark, and they also have regional sales and support offices in Germany, France, Spain, United Kingdom, Turkey, United States, Brazil, Argentina and China.
Find out more: emd.dk
Find us at this sessions
Thursday, 11 June
Sponsors
Sponsor: Table-top exhibitor – Meet us at our stand!
RBS Report – A modular industrial data and reporting platform that connects to SCADA, PLC and OPC systems, enabling real time monitoring, automated reporting and advanced analytics across multi asset portfolios.
Industrial LLM Chatbot – A domain specific AI assistant that interprets live sensor data, explains anomalies, answers operational questions and supports engineers with contextual insights.
Predictive Intelligence – Machine learning models for energy forecasting, anomaly detection and performance optimization across turbines and critical equipment.
With over 20 years of industrial experience and deployments across multiple energy technologies, we combine deep operational know how with scalable AI architecture to support the next generation of digital energy infrastructure.
Headquartered in Rotterdam, the Netherlands, EvoNex Pro serves energy and industrial clients across Europe and beyond.
Find out more: evonex.pro
Sponsor: Table-top exhibitor – Meet us at our stand!
Güriş Teknoloji develops advanced artificial intelligence, robotics, computer vision, and data analytics solutions for the renewable energy sector, helping asset owners and operators improve performance, reliability, and operational efficiency throughout the lifecycle of wind energy assets.
Our portfolio combines predictive analytics, autonomous inspection technologies, and operational intelligence platforms designed specifically for wind farms.
Wind energy applications:
Our forecasting solutions leverage advanced AI and machine learning models to provide highly accurate wind power, weather, and icing forecasts. By improving predictability, operators can optimize energy production, reduce imbalance costs, and make more informed operational decisions.
In the field of predictive maintenance, we develop data-driven systems that continuously monitor wind turbine performance and identify early signs of equipment degradation. Our solutions combine operational data, vibration analysis, acoustic monitoring, and advanced analytics to support condition-based maintenance strategies and reduce unplanned downtime.
Our inspection technologies integrate computer vision, robotics, and autonomous systems to improve asset integrity management. WTIP utilizes drone-based inspections and AI-powered image analysis to detect and classify blade defects. BladeScan is an autonomous robotic platform designed to inspect the internal structure of wind turbine blades, while BoreCheck applies artificial intelligence to boroscope inspections of gearboxes and bearings, enabling faster and more consistent damage assessment.
Beyond inspection and diagnostics, Güriş Teknoloji develops digital platforms that transform large volumes of operational data into actionable insights, supporting performance optimization, asset management, and decision-making across renewable energy portfolios.
By combining expertise in artificial intelligence, robotics, and renewable energy operations, Güriş Teknoloji helps energy companies increase availability, improve maintenance efficiency, enhance safety, and maximize the long-term value of their assets.
Find out more: guris.com.tr
Sponsor: Table-top exhibitor – Meet us at our stand!
nvbird®: Award-Winning AI System for Bird & Bat Protection in Wind Energy
nvbird® is a globally awarded, AI-powered bird & bat detection and monitoring system designed to prevent bird & bat collisions with wind turbines. By identifying and tracking birds in real-time, it activates deterrent sounds or turbine shutdowns only when necessary—maximizing productivity and protecting biodiversity.
nvbird® is developed by nvisionist, a high-tech Greek scale-up, and operates through advanced deep learning, monocular computer vision, and edge computing. It integrates with SCADA systems and weather data to respond intelligently to site-specific conditions. Its monocular distance estimation algorithm, introduced in 2025, increases accuracy while reducing system complexity by 50%.
Our global nvNOC (Network Operations Center) processes 230,000 data points every 30 seconds, ensuring optimal system performance and predictive maintenance support across installations in Europe, Asia, and the Middle East.
nvbird® is internationally patented and has received over 30 innovation and sustainability awards, including:
- 2 consecutive WITSA Global ICT Excellence Awards (2021 & 2022)
- Recognition by the European Investment Bank (ELTI Awards)
- DIGITALEUROPE Future Unicorn Award finalist (2024)
- Global Top-3 Scale-Up recognition in renewable energy (2023)
nvisionist is backed by the Public Power Corporation (PPC) as a strategic investor, solidifying nvbird® as the top AI solution for wind energy operators pursuing net-zero and ESG targets.
Find out more: nvisionist.com
Sponsor
PAVANA is an accredited (DIN EN ISO/IEC 17025) wind energy consulting company providing Energy Yield Assessments, noise and shadow flicker studies, wind measurement campaigns with met masts and LiDARs (including their verification up to 200 m).
With one of Europe’s largest LiDAR fleets and extensive project experience, we support wind farm developers across Europe with high‑quality measurements and technical studies essential for successful project development.
Partnering with PAVANA ensures not only top‑tier technical quality but also reduced measurement uncertainties and increased confidence for investors and financial institutions — significantly improving the bankability of your project.
Find out more: pavana-wind.com
Sponsor
Bankability-Driven Wind Engineering & Data Analytics
USENS Energy Solutions is a wind engineering and accredited measurement laboratory specialising in high-precision data analytics and bankable resource assessment.
Headquartered in Frankfurt with advanced analytics capabilities across Europe, USENS combines German engineering discipline with deep expertise in the European renewable energy market. USENS is a member of MEASNET and a listed wind consultant under FGW standards, reinforcing its commitment to internationally recognised methodologies for reliable and bankable wind energy assessments. The company brings over 12 years of operational excellence and a management team with more than 50 years of cumulative renewable energy experience.
As an ISO/IEC 17025 accredited laboratory and independent technical advisor, USENS provides fully bankable services accepted by commercial banks, leasing institutions, and international financial stakeholders across Europe.
Our Mission
To enhance the financial value and investment security of renewable energy assets by:
- Minimising measurement uncertainty
- Applying state-of-the-art engineering methodologies
- Delivering lender-acceptable, bankable reporting standards
Core Technical Expertise
USENS delivers integrated engineering solutions for:
- Onshore & Offshore Wind
- Solar PV
- Hybrid (Wind + Solar)
- Battery Energy Storage Systems (BESS)
Bankable Wind Measurement Campaigns
Design and implementation of IEC-compliant wind measurent campaigns (anemometry & remote sensing including LiDAR) across Europe.
Online Data Management
Advanced meteorological data management platforms ensuring transparency, traceability, and lender-ready validation.
Wind Potential & Energy Yield Assessment
High-resolution modelling with bank-grade uncertainty assessment aligned with European financing standards.
Site Suitability & Turbine Compliance
Independent verification of Wind Turbine Generator (WTG) suitability under IEC standards and local grid conditions.
Full-Scope Technical Due Diligence
Comprehensive lender advisory services for project finance, acquisition, refinancing, and M&A transactions.
Operational Intelligence
- SCADA-based EYA analysis
- Wake loss optimisation
- Performance benchmarking
- WTG performance verification
USENS reports are accepted by financial institutions and investors in across European markets, supporting project finance, refinancing, and cross-border investments.
Find out more: u-sens.com
Sponsor: Table-top exhibitor – Meet us at our stand!
Vaisala offers unparalleled weather and environmental solutions tailored for wind and solar enterprises. Our arsenal includes the renowned WindCube lidar suite, the innovative Automatic Weather Station AWS810 Solar Edition, a robust array of ultrasonic and weather sensors, and comprehensive weather forecasting along with historical wind and resource data.
With Vaisala, you gain access to actionable intelligence essential for optimizing output, enhancing performance, ensuring profitability, and prioritizing safety across the entire renewable energy spectrum. Our commitment to excellence sets us apart, delivering insights that empower you to make smarter decisions at every phase of the renewable energy journey.
Experience first-hand how Vaisala revolutionizes renewable energy management, providing the critical insights necessary to drive efficiency and sustainability forward.
Find out more: vaisala.com/renewable-energy
Sponsor
Vortex is a cutting-edge online modeling service that delivers ready-to-use wind resource data, tailored to every stage of wind farm development—anywhere on the planet. Founded in 2005 by experienced wind energy professionals, Vortex combines deep industry insight with state-of-the-art atmospheric modeling technology. Our products are shaped by years of close collaboration with the wind industry, ensuring they meet the real-world needs of developers, operators, and engineers.
As pioneers in using WRF-LES for high-resolution turbulence time series, we provide unique detail and accuracy. Our on-demand approach seamlessly integrates the latest reanalysis data and modeling advancements, allowing us to offer reliable data to optimize the wind resource assessment with confidence.
Find out more: vortexfdc.com
Sponsor: Table-top exhibitor – Meet us at our stand!
WindSim is a global innovator in advanced wind resource assessment and wind energy optimization. With over 20 years of experience, we empower developers, consultants, and operators to improve wind project performance using cutting-edge computational fluid dynamics (CFD) technology.
Our flagship software provides precise 3D wind flow modeling for accurate site assessments, layout optimization, and energy yield predictions. In addition to our traditional desktop platform, we now offer a cloud-based solution, WindSim Accelerator, that significantly reduces simulation times while maintaining exceptional accuracy and scalability, accelerating project timelines and decision-making.
- Customizability & Configurability: Our software offers unparalleled flexibility, allowing users to fine-tune their models for expert-level precision, ensuring tailored solutions for even the most complex wind projects.
- Advanced 3D simulations for complex topography and conditions: WindSim CFD uses two-equation turbulence modelling (k-e or k-omega), user-specified atmospheric conditions through MMC or Monin Obhukov length, and physical forest modelling to enable the user to generate the most accurate output to optimize wind farm design.
- High-fidelity Forest Modeling: This functionality delivers more realistic canopy drag, shear and turbulence characteristics—significantly improving AEP and load predictions—and enables targeted sensitivity studies and better alignment of your CFD results with on-site measurements in wooded terrain.
- Meso-Micro Coupling: Integrates mesoscale weather models with microscale CFD, capturing complex atmospheric interactions across diverse terrains. This ensures accurate modeling of complex environments, including challenging and high-risk sites.
- Physical forest modeling
- Remote Sensing Correction: Enhances the reliability of LiDAR and SoDAR data, providing more accurate and dependable inputs for wind resource assessments.
- Extreme Wind Analysis for Solar Projects: Specialized services for evaluating high wind conditions and assessing their impact on solar panel installations, ensuring the feasibility and resilience of hybrid wind and solar projects.
- Cost-Effective Solutions: WindSim offers cutting-edge technology without excessive costs, making it a viable option for large-scale and intricate projects where complex terrains and obstacles are increasingly common, as well as simpler terrains.
Beyond software, WindSim offers a comprehensive suite of consultancy & technical advisory services, including feasibility studies, micro-siting, layout optimization, and bankable energy yield assessments, supporting projects from concept to execution.
With a global presence across Europe, the Americas, Asia, and the Middle East, WindSim has contributed to the successful delivery of hundreds of wind farm projects across diverse geographies. Our solutions drive innovation, accuracy, and sustainability in the wind energy sector.
Come see us and learn about our solutions, what our customers are saying – and explore how we can collaborate!
Find out more: windsim.com
Sponsor
Funded by the European Union, WILLOW project is focused on developing advanced technologies for structural health monitoring, remaining useful lifetime assessment and integrated control for Wind Farm Operators. It has three specific objectives:
- Development of a global structural health monitoring (SHM) based on loads, accelerations, images, and thickness losses, considering fatigue progression, pitting corrosion and coating degradation by using physical and virtual sensors combined with Machine Learning (ML) techniques.
- Development of prognosis tools by combining SCADA and SHM data, using physical models and ML methods to predict the consumed lifetime and the remaining useful life.
- Development of a decision-making support tool for smart power dispatch in curtailed conditions and O&M scheduling.
The project is being carried out thanks to the collaboration of 12 partners from 5 European countries.
The coordinator of the project is CEIT, a Basque technological centre from Spain, as well as ALERION, a developer of fully automated drone solutions, the BASQUE ENERGY CLUSTER, an association formed by Basque entities of the energy sector and TSI, specialists in engineering techniques and services.
The Belgian partners are 24SEA, experts in SHM services of offshore structures, FLANDERS MAKE and SIRRIS, research centres, NORTHER, offshore wind farm developer and VUB, Vrije Universiteit Brussel.
Finally, there is C-CUBE, a specialist in corrosion and wear from The Netherlands, SINTEF, a Norwegian research organisation and WÖLFEL, a German expert in engineering and system solutions especially in SHM offshore and onshore structures.
Find out more: willow-project.eu
Create a lasting impression – become a sponsor today!
How you will benefit as a sponsor of WindEurope Technology Workshop 2026
- Profile your company before an international audience of industry experts.
- Increase your exposure to decision-makers.
- Position your company as an industry leader and strengthen your brand.
Questions about sponsorship? Get in touch!
Talk to our team to find out what opportunities there are and what results we can help you achieve.
