Photovoltaic

AIT combines over 20 years of expertise in photovoltaics with state-of-the-art laboratory infrastructure. We support our clients with innovative research, development, and testing of solar cells, PV modules, and PV power plants to meet the highest quality and performance standards.

We offer customized data-driven solutions for the photovoltaic sector, such as performance and fault diagnostics to maximize the efficiency of PV systems, ensuring that our clients gain a competitive edge in global markets.

Photovoltaics (PV) is a key technology for the transition to a sustainable energy system, enabling the direct conversion of sunlight into electrical energy. As sunlight is an inexhaustible resource available almost everywhere, photovoltaics provides a clean, renewable energy source and plays a central role in decarbonizing energy supply and reducing greenhouse gas emissions.

The Importance of Photovoltaics in the Energy System

1. Sustainable Energy Generation: Photovoltaics converts sunlight into electricity without emissions, reducing reliance on conventional, often environmentally harmful energy sources such as coal, oil, or gas.
2. Decentralization of Energy Supply: PV systems can be installed both on a large scale in solar parks and on a smaller scale on the rooftops of residential buildings, commercial structures, and public facilities. This promotes decentralized energy generation and enhances energy independence for individuals and communities.
3. Cost Efficiency: The cost of photovoltaic technology has significantly decreased in recent years, making it increasingly attractive to a wide range of players in the energy market and driving the global expansion of PV systems.
4. Innovation and Integration into Energy Systems: Integrating photovoltaics with energy systems, such as through storage solutions or smart grids, enhances grid stability and enables the use of solar energy even when the sun isn’t shining.
5. Reliability: As photovoltaics plays an increasingly critical role in the energy system, the demand for reliable and durable products and systems grows under mounting cost pressures.
6. Climate Change and Energy Security: PV technology reduces dependence on fossil fuels and mitigates risks associated with rising energy prices or geopolitical uncertainties surrounding oil and gas supplies.

The AIT Austrian Institute of Technology plays a significant role in the development and integration of photovoltaic (PV) technologies into the energy market. As Austria’s leading research institute, AIT works on innovative solutions to enhance the efficiency and reliability of PV systems and improve their integration into current and future energy systems.

1. Research and Development:
   AIT conducts extensive research on new PV materials, technologies, and processes to further improve the performance of photovoltaic systems. The focus is on developing cost-effective and highly efficient PV modules that remain stable and effective even under challenging climatic conditions.
2. Integration into Energy Systems:
   AIT also specializes in integrating photovoltaic systems into smart grids and hybrid energy systems. The institute develops concepts for better utilization and distribution of solar power within the grid, enhancing grid stability and improving energy distribution efficiency.
3. Energy Storage Technologies:
   Since solar energy is not consistently available, AIT researches innovative storage solutions to store excess solar power and make it available on demand. This is a key factor in transforming solar energy into a reliable energy source.
4. Testing and Certification:
   AIT supports the industry by conducting comprehensive testing and certification of PV systems. This ensures that new technologies and products meet the highest standards and operate safely and efficiently in practice.
5. Sustainability Research and System Analysis:
   The institute also analyzes the environmental impact of photovoltaics and develops sustainable concepts to promote the adoption of this technology while minimizing environmental effects.

High-performing and reliable photovoltaic (PV) modules are essential building blocks for a sustainable energy future. AIT supports manufacturers, investors, and operators in optimizing their modules through innovative technologies, comprehensive testing, and adherence to international standards. AIT tests the quality and performance of photovoltaic modules and components in its accredited testing laboratory. Additionally, AIT offers support in developing customized solutions and provides scientific consulting. Discover how AIT drives research and development in the field of PV modules.

With its innovative services and deep expertise, AIT supports investors, planners, and operators of PV power plants in designing efficient, reliable, and future-proof systems. From quality assurance and data-driven fault diagnostics to the integration of PV systems into existing energy grids, AIT offers comprehensive consulting and research solutions to support the planning, implementation, and optimization of solar projects.

With extensive expertise in quality assurance, performance diagnostics, and the integration of advanced technologies, AIT helps operators and developers create PV systems that are both efficient and reliable. Discover how AIT contributes to sustainable energy generation with innovative approaches, ensuring your PV power plants are ready for the future.

Consulting and Measurement Services

• Specification
• Tendering / Procurement / Contract Design
• Acceptance Testing / Commissioning
• Performance Analysis

Integrated photovoltaic systems are solutions that seamlessly incorporate solar energy into existing infrastructure and buildings. These innovative approaches enable efficient and flexible use of solar power, even in projects with complex requirements and applications. AIT provides independent expertise throughout the planning and implementation phases.

• PV solutions for facades (high-rise buildings)
• Carports / Canopies
• Noise barriers

AIT provides comprehensive support for the procurement and implementation of battery storage systems, from defining requirements and technical specifications to commissioning. Utilizing innovative technologies such as the "Digital Twin" and independent market analysis, AIT ensures tailored solutions that meet the highest standards in functionality, safety, and efficiency. Additionally, AIT assists in bidder negotiations, conducts acceptance testing, and performs long-term system performance analyses to achieve optimal results. This expertise makes AIT the ideal partner for future-proof energy storage systems.

Procurement Support for Battery Storage Systems

AIT offers extensive assistance in the specification, procurement, and commissioning of battery storage systems:

• Defining requirements for functionality, operational metrics, and safety
• Designing and configuring systems based on digital models ("Digital Twin")
• Preparing technical specifications in compliance with existing standards
• Analyzing available systems and suppliers on the market
• Requesting and independently comparing offers
• Providing technical support during bidder negotiations
• Conducting acceptance testing
• Performance analysis