Energy Sector
The energy sector has a leading role in the modern economic and technological world. Energy is the driving force of the economy, as it is necessary for the operation of all Industries and Businesses. In addition, it plays a key role in the development of technologies and innovation, as the research and development of new technologies in the field of Energy leads to progress in many other areas. Energy also affects the environmental sector and sustainable development as energy saving and the use of renewable energy sources are key factors both for the reduction of gas/pollution emissions and for the overall protection of the natural environment. Finally, the Energy sector has significant geopolitical importance, as dependence on energy imports can affect the political and economic course of a country.
With the Knowledge Certification in the field of Energy, the professional provides guarantees for the prudent management of all processes involved with energy. In this way, it strategically proves that Sustainable Development and Energy Security are ensured. At the same time, through the Certification, each professional documents that he implements all regulatory and regulatory authorities based on European requirements, at the same time as utilizing energy resources and creating innovative applications. The Certification is necessary and useful for professionals such as: Specialist in Renewable Energy Sources - RES, Specialist in Saving and Management of Energy Resources, Specialist in Blockchain in the field of electricity, Specialist in the operation of PV and Wind Systems, Specialist in Energy Conservation and Improving the Energy Performance of Buildings.
scope
The scheme Specialist in Renewable Energy Sources - APE TÜV HELLAS concerns a specialized professional who deals with the operation and maintenance of power plants from renewable energy sources, i.e. Geothermal, Photovoltaic Parks, Wind Parks, concentrated solar radiation, Hydroelectric Projects and Biomass.
Knowledge framework (syllabus)
- Terminology in terms of energy production and in particular electricity generation from RES
- Physical quantities and calculations involved in energy production and in particular electricity generation from RES
- Each process (physical, chemical or other) in order to achieve electricity generation from: - Hydroelectric Projects - Wind Farms - Photovoltaic Parks - Concentrated Solar Radiation - Geothermal - Biomass
- Knowledge of the monitoring of RES energy projects through special telemetry & telematics software as well as the monitoring problems during operation.
Examination methodology
Theoretical examination
Certification Requirements
At least Compulsory education and technical training
scope
The TÜV HELLAS Energy Resource Saving and Management Specialist scheme concerns a specialized professional who is responsible for all matters related to the management and utilization of energy sources. In particular, this position includes the support and advisory monitoring of all parameters related to the compatibility of the procedures with the legal framework of energy resources, the management of energy resources, the implementation of the requirements of the European Greenhouse Gas Emissions Trading System (ETS ), the monitoring and application of energy saving techniques, the modeling of energy investments and the utilization of financial tools for the implementation of energy projects.
Knowledge framework (syllabus)
Distinction of security of supply principles
European Greenhouse Gas Emissions Trading System
- Basic Principles of Emissions Trading System (ETS)
- Basic Principles of Greenhouse Gas Emission Permit (GHG)
Energy Systems
- Knowledge of principles of energy systems
- Differentiation of energy systems
Energy Management
- Knowledge of energy efficiency principles
- Basic principles of national energy efficiency targets
- Knowledge of Energy Efficiency Plans and Systems
- Basic principles of energy saving
Energy Inspection
- Basic principles energy efficiency of the building or building unit
- Basic principles of energy inspection
- Basic principles of energy audit certification
- Terms of energy inspection and energy classification of buildings
Energy Balance
- Fundamentals of Energy Balance Components
- Fundamentals of Country Production Mix
- Energy Balance Efficiency Discrimination
- Fundamentals of Country Residual Energy Mix
- Fundamentals of Energy Estimation Error by End Use Category
Technical and Economic Evaluation of Energy Saving Measures
- Basic principles of energy project investments
- Differentiation of project evaluation methods
- Knowledge of NPV indicators
Financing Mechanisms of Energy Projects and Policy Tools
- Basic principles of financing mechanisms of energy projects
- Knowledge of crowdfunding services
- Differentiation of financing models
- Knowledge of State aid and policy tools
Examination methodology
Multiple choice theory exam.
Certification Requirements
At least Compulsory education and technical training
scope
The TÜV HELLAS Blockchain Specialist in Electricity scheme is for a specialized professional who is responsible for the convergence of blockchains and the electricity sector in order to create new applications and innovative business models. Among other things, this position includes the analysis of how Blockchain and DLT technologies create new financial tools in the electricity sector, the use of smart-grids, the analysis of the energy market and its regulatory framework as well as and the design and implementation of an electricity exchange platform at hardware and software level
Knowledge framework (syllabus)
Blockchain and Decentralized Information Recording Systems
- Blockchain Platform
- Smart Contracts
- Distributed Applications
- Distributed Ledger Technologies (DLT)
- Initial Coin Offering – ICO
Power Systems
- Power Grids
- Distributed Power Generation
- Power Purchase Processes
- Demand Management
Blockchain and Energy
- Internet of Energy
- Blockchain Platforms in Energy
- Regulatory Framework
- Blockchain and Energy Communities
Examination methodology
Multiple choice theory exam.
Certification Requirements
At least Compulsory education and technical training
scope
The TÜV HELLAS PV and Wind System Operation Specialist scheme concerns a specialized professional who has extensive and specialized knowledge in the field of installation, operation and maintenance of photovoltaic and wind farms. He is responsible for the tasks related to the installation and use of renewable energy sources as he knows the principles of developing PV or wind systems. It conducts technical studies for the installation of renewable energy sources (Photovoltaic Systems, Wind Turbines), participates in the installation of the necessary equipment for the storage of electricity from photovoltaic systems, so that it can be used in the future. It checks the measuring instruments and by making appropriate measurements, processes and analyzes data such as for example PV or wind system failures. At the same time, it checks and evaluates materials, tools, means of personal safety and work hygiene in the workplaces. Finally, it carries out the necessary actions that must be taken in case of emergency due to extraordinary phenomena and events.
Graduations
The TÜV HELLAS PV and Wind System Operation Specialist scheme is subdivided into two (2) levels Basic and Advanced Level.
Knowledge framework (syllabus)
- Basic electrotechnical knowledge of PV and wind system installation, control, maintenance and operation optimization techniques
- Structure, installation and operation of photovoltaic systems
- Control, maintenance and supervision of photovoltaic systems
- Structure, installation and operation of wind systems
- Control, maintenance and supervision of wind systems
- Occupational safety and health techniques of installation, control, maintenance, optimization of PV and wind systems
Examination methodology
Multiple choice theory exam.
Certification Requirements
At least Compulsory education and technical training
scope
The TÜV HELLAS Energy Saving & Building Energy Performance Improvement Specialist scheme is for a specialized professional able to design and propose energy upgrading solutions for building facilities based on the principles of Bioclimatic design and energy saving.
Knowledge framework (syllabus)
- Energy Saving in Buildings - Bioclimatic Design
- Energy Performance of Buildings - Legislation
- Energy Upgrade in Buildings and Energy Saving in Homes
- "Smart home" technologies to save energy
- Building Management Systems (BMS – Building Management Systems)
- ELOT HD 384/ ELOT 60364 - Installation Controls and Electrical Legislation in Practice
- Energy Interventions in Heating Systems
- Energy Interventions in Air Conditioning Systems
- Development of Solar Thermal Systems
- Low Energy Consumption Devices
- Saving Energy in Lighting
Examination methodology
Theoretical examination
Certification Requirements
At least Compulsory education and technical training
Στοιχεία Επικοινωνίας Πιστοποίησης Προσώπων
Mesogeion Av. 282
155 62 Cholargos, Greece
Tel.: +30 215 215 7434
Fax: +30 210 6528025
peoplecertification@tuv-nord.com
Contact Details
Mesogeion Av. 282
155 62 Cholargos, Greece
Tel.: +30 215 215 7434
Fax: +30 210 6528025
peoplecertification@tuv-nord.com