Come visit us at Booth B3.239 at Intersolar Europe 2026

What if the performance you report isn’t the performance you truly have?

At Intersolar Europe 2026, the conversation around solar performance is shifting from monitoring outputs to understanding the quality of the data behind them. Across utility-scale and C&I systems, factors such as irradiance variability, soiling, and weather conditions do not just influence energy yield; they directly affect operational decisions, financial assumptions, and long-term asset performance. Yet in many cases, measurement uncertainty remains an overlooked source of risk.
From 23–25 June at Messe München, Kipp & Zonen will present how improved environmental measurement can reduce this uncertainty and support more reliable performance evaluation in real-world PV systems. At Booth B3.239, the focus is on practical, field-relevant approaches to measurement covering how solar radiation, soiling, and weather data are captured, interpreted, and applied across the lifecycle of a PV asset.

Sessions will be held daily according to the following schedule:

10:00 CEST – Precision Weather Intelligence for the PV Market

11:00 CEST – Soiling Challenges and Our Solutions

12:00 CEST – Choosing the Right Pyranometer: A Practical Guide for Solar Professionals

14:00 CEST – Introduction to Atonometrics

15:00 CEST – Primer on Performance Metrics for PV Systems

16:00 CEST – Detecting PV Module Degradation

Each session is designed as a concise technical discussion, with a focus on real operating conditions rather than theoretical scenarios. In parallel, you can explore an integrated measurement approach; bringing together irradiance sensors, soiling monitoring, and weather instrumentation to form a consistent data foundation for performance assessment.

As the industry faces increasing pressure to validate performance, optimise O&M strategies, and align with evolving standards, the ability to rely on accurate and traceable measurement is becoming central to decision-making.
Intersolar Europe 2026 provides a platform to examine this shift more closely and to understand how improving measurement quality can lead to more informed, lower-risk performance decisions.