HACH所屬集團旗下環境監測平台 Kipp & Zonen網路研討會>Principles of PV Soiling Measurement 太陽能光電積塵測量原理
Principles of PV Soiling Measurement 太陽能光電積塵測量原理
Tue, Oct 13, 2026 6:00 PM - 7:00 PM CST (美國中部時間)
Tue, Oct 13, 2026 6:00 PM - 7:00 PM CST (美國中部時間)
PV soiling is a major loss factor and can make or break your performance test. Join us for this in-depth session where you will discover why precise PV soiling measurement is critical to passing plant performance tests and securing contractual compliance. 太陽能光電模組積塵是造成系統損耗的主要因素，甚至可能直接影響效能測試的成敗。歡迎參加本次深度研討會，我們將深入探討精準的太陽能零組件積塵測量對於太陽能光電站的效能測試成功和達成合規為關鍵原因。
We will explore the core methodologies used to measure soiling today, while breaking down the advantages and disadvantages of each technique. By the end of this webinar, you will understand how to confidently balance accuracy, ongoing maintenance requirements, and upfront costs to choose the ideal soiling monitoring solution for your assets. 我們將深入探討目前用於測量積塵的核心方法，並詳細分析每種技術的優缺點。於此研討會，您將了解如何在精確度、持續維護需求和前期成本之間取得平衡，進而為您的設備選擇理想的積塵監控方案。
In this webinar, you will learn:
- Why precise PV soiling measurement is critical to passing plant performance tests.
- The core methodologies to measure soiling from traditional PV reference cells to advanced optical and in-situ Pmax measurements.
- The advantages and disadvantages of each technique to balance accuracy, maintenance requirements, and upfront costs.
本次研討會內容包括：
- 精準的太陽能零組件積塵測量對於通過光電站效能測試至關重要的原因。
- 從傳統的太陽能參考電池到先進的光學和原位最大功率點 (Pmax) 測量，各種積塵測量的核心方法。
- 每種技術的優缺點，以及如何在精確度、維護需求和前期成本之間取得平衡。
本次研討會內容包括：
- 精準的太陽能零組件積塵測量對於通過光電站效能測試至關重要的原因。
- 從傳統的太陽能參考電池到先進的光學和原位最大功率點 (Pmax) 測量，各種積塵測量的核心方法。
- 每種技術的優缺點，以及如何在精確度、維護需求和前期成本之間取得平衡。
Registration 研討會報名網址 :
Empowering decisions for a weather-resilient world
Kipp & Zonen stands as a unified environmental measurement brand combining solar radiation, meteorology, and road weather intelligence to empower scientists, developers, and infrastructure leaders worldwide.
Kipp & Zonen 是一個整合太陽輻射、氣象和道路氣象資訊於一體的綜合環境測量品牌，致力於為全球科學家、開發人員和基礎設施領導者提供支援。
Centuries of innovation 百年創新
Our years of our expertise and close links with the scientific community have led to high-end solutions for the measurement of atmospheric properties such as stratospheric Ozone, UV Spectra and evapo-transpiration.
Our years of our expertise and close links with the scientific community have led to high-end solutions for the measurement of atmospheric properties such as stratospheric Ozone, UV Spectra and evapo-transpiration.
累積多年的專業經驗和與科學界的緊密聯繫，我們開發出用於測量大氣特性（例如平流層臭氧、紫外線光譜和蒸散量）的精密技術方案。