Vocational Training

Driven by the vision that education has an ever more important role in propelling climate action and most importantly prepare our future generations to be resilient to the unprecedented changes, the PV Technology Lab of FOSS Research Centre for Sustainable Energy has placed it high on its priority list. The PV Technology Lab has intensified its efforts to shape the wide range of educational activities it offers.

As climate change and energy security is an intergenerational and multifaceted problem, it has tailored its educational courses to meet a variety of people of different age groups, educational backgrounds, and a cross-section of topics. The PV Technology Lab currently offers undergraduate and postgraduate courses, vocational training, internships and educational visits, on topics such as smart grids, renewable energy sources and nearly zero energy buildings. The PV Technology Lab strives to continue to acquire and disseminate knowledge.

Members of the PV Technology Lab provide teaching to students of the University of Cyprus, at undergraduate and postgraduate level. In addition, for masters projects, students receive guidance from the faculty of the PV Technology Lab of FOSS Research Centre for Sustainable Energy. The PV Technology Lab  also provides vocational training courses to professionals on energy issues.

The following courses are offered upon request

We look forward to welcoming you to our facilities.

The Vocational Training Centre of FOSS provides the following courses:

HRDA Subsidized Training Programmes

PV System Designer and Installer
This course covers theoretical and practical aspects for trainees to develop skills and understanding on the design and installation of both stand-alone and grid-connected photovoltaic (PV) systems alongside with innovative topics such as self-consumption, smart meters and storage. The main topics covered throughout the course include initial site assessments of the installation area using site-survey equipment, the risk assessment analysis, system design, installation and basics of commissioning, maintaining and troubleshooting PV systems. Emphasis will also be given to all the requirements of a grid-connected PV system according to all related international standards with main focus the design qualification and type approval requirements of terrestrial PV modules, as outlined in IEC 61215 and 61646. The general performance testing requirements according to IEC 62446 will also be defined.
Candidates will have the opportunity to operate professional state-of-the-art equipment (located only in a few places globally) and to be trained by worldwide renowned personnel. 


Commissioning tests and inspection according to EN 62446 standard
Ensuring the long-term quality and safety of a PV system is a necessary requirement in order to assure the best performance and to minimize risks of failure. In addition, the periodic verification of system performance is of utmost importance so as to check whether the system complies with warranty and equipment guarantees, minimizing in this way investment risks. This course covers theoretical and practical aspects for trainees to develop skills and understanding on the minimum requirements for documentation, commissioning and inspection of grid connected PV systems according to IEC 62446. Candidates will have the opportunity to operate professional state-of-the-art equipment (located only in a few places globally) and to be trained by worldwide renowned personnel.


Fundamentals of Battery Energy Storage Systems
The program provides the necessary theoretical background for Energy Storage and in particular for residential Battery Energy Storage Systems (BESS). More specifically, it includes aspects of the design, installation and operation of BESS integrated in households and coupled with Renewable Energy Sources (RES), particularly Photovoltaic (PV) systems. In addition, the program provides an introduction to the definition of Energy Communities and the effective integration of Energy Storage to them, in line with the recent European legislative framework. More specifically, the program is helpful for companies aiming to acquire ESS training skills to attract new clients and lay the foundation for their future work in this rapidly expanding field.

The main objectives of the training course include:
• Acquire the required knowledge for RES and Energy Storage.
• Acquire the required knowledge for residential BESS.
• Conduct proper evaluation and design of BESS coupled with RES at the residential level.
• Gain hands-on experience with BESS coupled with RES at the residential level.
• Acquire the necessary knowledge about Energy Communities.

The program is mainly aimed at employers of companies/organizations that are electricians, electrical engineers, mechanical engineers, as well as engineers of other areas who are active in the field of electrical installations and RES in general. 

Fundamentals of Nearly Zero Energy Buildings
This course covers theoretical and practical aspects of building integrated photovoltaics (BIPV) in the  realm of nealry zero energy buildings (NZEB). The objective of the course is to train students in NZEB strategies and technologies in order to accelerate the adaptation of the recast EU Energy Performance in
Buildings Directive (EPBD), which includes the obligation for all public buildings constructed after the 31st December 2018 and all buildings constructed after the 31st December 2020 to meet the EPBD NZEB standard. 

Fundamentals of Building Integrated Photovoltaics
Building-integrated photovoltaics (BIPV) is currently an expansive market. One of its main drivers is the increasingly demanding legislation related to energy performance in buildings. Renewable energy technologies, and in particular the integration of photovoltaic systems in the building environment offer many possibilities to play a major role within the Nearly Zero Energy Building (NZEB) scenario.


PV System Designer and Installer


Battery Course - Theoretical Part


PV System Designer and Installer - Practical Part

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