Welcome to our series of 2 seminars where we focuse on Agri-Photovoltaic (Agri-PV) systems:

1/2 seminar where we introduced the concept of vertical bifacial systems
2/2 seminar aimed to integrate knowledge from the previous sessions and discuss practical applications and case studies    • 2/2 Online Seminar: Vertical Bifacial...  

Our first seminar introduces a specific type of solar energy technology known as vertical photovoltaic (PV) systems, also referred to as Agri-PV when combined with agricultural use.

Within the seminar, Sascha Krause-Tuenker, CFO at Next2Sun AG, covers various technical, ecological, and financial aspects of these systems, aiming to provide viewers with a comprehensive understanding of the technology and its applications.

Here are the key points discussed:

1. Introduction to Vertical PV Systems: Mr Krause-Tuenker introduces the vertical PV system, highlighting its dual functionality that allows agricultural land to be used simultaneously for solar energy production without significantly impacting agricultural productivity.

2. Technical Specifications: Details about the system's design, such as the racking system, module arrangement, and the benefits of using bifacial modules, are provided. The orientation of the panels (east-west or north-south) and their implications on energy production and agricultural operations are discussed.

3. Agricultural Integration: The discussion emphasizes how vertical PV systems can coexist with traditional farming, allowing for continued agricultural production underneath the solar modules. This section also explores how the system design accommodates standard farming equipment and enhances ecological benefits by promoting biodiversity.

4. Ecological Benefits: The ecological advantages of integrating solar PV systems with agriculture are highlighted, including biodiversity enhancement and potential reductions in soil erosion due to the structural setup of the solar panels.

5. Financial and Market Aspects: Mr Krause-Tuenker explains the profitability and cost-effectiveness of vertical PV systems, touching upon subsidies, market prices for electricity, and the economic viability of integrating such systems on farms. The potential for higher electricity yields and the impacts of market dynamics on profitability are also covered.

6. Practical Applications and Case Studies: Examples of existing installations and their outcomes are shared to illustrate real-world applications and benefits. This includes discussions on how different orientations of the panels can meet specific energy needs and how the systems can be adapted to various environmental conditions.

7. Technical and Maintenance Questions: The presentation concludes with a Q&A session where technical details about the installation, maintenance, and operational aspects of the systems are addressed. This includes discussions on grid integration, potential issues with dust and soiling, and the structural requirements to withstand environmental forces like wind.

#renewableenergy #photovoltaic #solarenergy #solarpower

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