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We are a leading company in the field of solar energy applied to mobility, with an ongoing commitment to innovation and sustainability. Currently, we are looking for an intern to join our R&D team, focused on the development of new topologies for the electrical connection of PV panel strings for automotive applications, (refrigerated trucks, etc..) where special attention is required to the mamagement of partial shading (see cross-tied topology) and the reduction of the total length of the cables used.

Literature study: conduct a thorough review of scientific and technical literature related to electrical connection types of photovoltaic panels, with a specific focus on automotive applications.
Modeling and simulation: use modeling tools to develop predictive models of proposed new topologies, evaluating their effectiveness under partial shading conditions and analyzing overall performance.
Design: contribute to the design process of new connection topologies, taking into account the specific requirements of automotive applications, such as refrigerated trucks.
Prototyping: collaborate with the engineering team to create prototypes based on the new electrical connection topologies.
Testing and evaluation: conduct experimental tests to evaluate the effectiveness of the new topologies, collecting data and analyzing the results to provide feedback to the development team.

• Master student in Electrical Engineering, Renewable Energy Engineering or related discipline.
• Basic knowledge of photovoltaic technologies and automotive applications.
• Modeling and simulation skills with dedicated software.
• Interest in research and development of innovative solutions.
• Ability to work in a team and communicate effectively.

• Hands-on experience in a dynamic, innovation-driven business environment.
• Opportunity to collaborate with experienced professionals in the field of solar energy.
• Opportunity to develop an in-house thesis based on the internship project.

We are a pioneering photovoltaic technology company, committed to the research and development of innovative solutions to make solar energy increasingly efficient and affordable. Currently, we are looking for a talented intern to join our R&D team, with a specific focus on electrical interconnection between photovoltaic cells for semi-flexible panels, and the goal of effectively managing micro-cracks.

Literature study: conduct a comprehensive review of scientific and technical literature on emerging PV technologies, with an emphasis on solutions such as Zebra or tandem c-Si/perovskite.
Design: contribute to the design process of new electrical connection technologies, with a focus on micro-crack management for semi-flexible panels.
Prototyping: collaborate with the engineering team to develop prototypes based on the newly designed solutions, using state-of-the-art materials and techniques.
Testing and evaluation: conduct experimental tests to evaluate the effectiveness of new electrical connection technologies, collecting data and analyzing results to optimize performance.

• Master student in Electrical Engineering, Material Science and Engineering or related discipline.
• Knowledge of emerging photovoltaic technologies, particularly Zebra or tandem c-Si/perovskite.
• Interest in research and development of innovative renewable energy solutions.
• Ability to work independently and as part of a team.

• Hands-on experience in a state-of-the-art renewable energy business environment.
• Opportunity to collaborate with industry experts and participate in innovative projects.
• Opportunity to develop an in-house thesis based on the internship project.

We are a company at the forefront of photovoltaic technologies, committed to the research and development of innovative solutions to make solar energy increasingly efficient and affordable. Currently, we are looking for a motivated intern to join our development team with a specific focus on panel bill of material optimization for automotive applications, particularly for refrigerated trucks.

Bill of material design: contribute to the design and definition of the photovoltaic panel bill of material, considering rigidity, lightweight, ease of installation, and resistance to impacts, particularly from hail.
Prototyping: work with the engineering team to develop prototypes based on the proposed design, using advanced materials and state-of-the-art manufacturing technologies.
Testing and evaluation: conduct experimental tests to evaluate the performance of prototypes under simulated conditions of impact from hail and other mechanical stresses, collecting data and analyzing the results.

• Master student in Electrical Engineering, Material Science and Engineering or related disciplines.
• Basic knowledge of photovoltaic technologies and advanced materials.
• Interest in developing innovative solutions for the commercial vehicle and renewable energy sectors.
• Ability to work independently and as part of a team.

• Hands-on experience in a business environment focused on innovation and sustainability.
• Opportunity to collaborate with experienced professionals in the fields of renewable energy and industrial design.
• Opportunity to develop an in-house thesis based on the internship project.