Energy Sector

Scope
The TÜV HELLAS Specialist in Renewable Energy Sources – RES certification scheme refers to a qualified professional engaged in the operation and maintenance of power generation plants based on renewable energy sources. These include Geothermal Energy, Photovoltaic Parks, Wind Farms, Concentrated Solar Power (CSP), Hydroelectric Projects, and Biomass.

Syllabus

• Terminology related to energy production, with a particular focus on electricity generation from RES
• Physical quantities and calculations involved in energy production, especially electricity generation from RES
• Processes (physical, chemical, or other) required to achieve electricity generation from:
  • Hydroelectric Projects
  • Wind Farms
  • Photovoltaic Parks
  • Concentrated Solar Power (CSP)
  • Geothermal Energy
  • Biomass
• Knowledge of monitoring RES energy projects through specialized telemetry and telematics software, as well as tracking operational issues during functioning

Examination Methodology

• Theoretical examination

Certification Prerequisites

• At least compulsory general education and technical training

Scope
The TÜV HELLAS Specialist in Energy Efficiency and Energy Resource Management certification scheme concerns a qualified professional responsible for all matters related to the management and utilization of energy sources. This role includes support and advisory oversight of all parameters associated with compliance to legal frameworks for energy resources, energy resource management, implementation of requirements of the European Emissions Trading System (EU ETS), monitoring and application of energy-saving techniques, modeling of energy investments, and leveraging financial tools for the execution of energy projects.

Syllabus

• Principles of securing energy supply
• European Union Emissions Trading System (EU ETS)
• Fundamentals of Emissions Trading
• Basic principles of Greenhouse Gas Emission Permits (GEP)
• Energy Systems
  • Understanding energy systems
  • Differentiation of energy systems
• Energy Management
  • Principles of energy efficiency
  • National energy efficiency targets
  • Understanding energy efficiency schemes and systems
  • Fundamentals of energy-saving measures
• Energy Auditing
  • Basics of evaluating building/unit energy performance
  • Key principles of energy auditing
  • Certification principles of energy assessment
  • Terms related to building energy audits and energy classification
• Energy Balancing
  • Basic elements of national energy balance
  • Composition of national production mix
  • Energy balance efficiency assessment
  • Understanding the country’s residual energy mix
  • Estimation error rates by final-use category
• Techno-Economic Evaluation of Energy Saving Measures
  • Core investment concepts in energy projects
  • Project evaluation methodologies
  • NPV indicators and analysis
• Financing Mechanisms for Energy Projects and Policy Tools
  • Basic financing mechanisms for energy projects
  • Knowledge of crowdfunding services
  • Distinction between financing models
  • Understanding of state aid schemes and policy instruments

Examination Methodology

• Multiple-choice theoretical examination

Certification Prerequisites

• At least compulsory education and technical training

Scope
The TÜV HELLAS Blockchain Specialists in the Electric Energy Sector certification scheme concerns a qualified professional responsible for bridging blockchain technologies with the field of electric energy, aiming at the development of new applications and innovative business models. Among other responsibilities, this role includes analyzing how Blockchain and Distributed Ledger Technologies (DLT) create new financing tools in the energy sector, the integration and use of smart grids, the analysis of energy markets and regulatory frameworks, as well as the design and implementation of energy exchange platforms at both hardware and software levels.

Syllabus

Blockchain and Decentralized Information Recording Systems

• Blockchain Platforms
• Smart Contracts
• Decentralized Applications (dApps)
• Distributed Ledger Technologies (DLT)
• Initial Coin Offering (ICO)

Electric Energy Systems

• Electrical Power Networks
• Distributed Energy Generation
• Energy Market Operations
• Demand Management

Blockchain and Energy

• Internet of Energy
• Blockchain Platforms in the Energy Sector
• Regulatory Framework
• Blockchain and Energy Communities

Examination Methodology

• Multiple-choice theoretical examination

Certification Prerequisites

• At least compulsory education and technical training

Scope
The TÜV HELLAS Photovoltaic and Wind Systems Operation Specialist certification scheme concerns a qualified professional with advanced and specialized knowledge in the installation, operation, and maintenance of photovoltaic and wind farms. This professional is responsible for all tasks related to the deployment and use of renewable energy sources and is well-versed in the principles of developing PV and wind systems.

The role includes conducting technical studies for the installation of renewable energy sources (PV systems, wind turbines), participating in the setup of equipment necessary for storing electricity generated by PV systems for future use. The specialist inspects measuring instruments, performs appropriate diagnostics, and analyzes data related to system malfunctions or failures in PV or wind systems. Additionally, they assess and monitor tools, materials, and personal protective and occupational hygiene equipment at the workplace. They are also responsible for executing necessary emergency procedures in the event of incidents or extreme conditions.

Certification Levels
The Photovoltaic and Wind Systems Operation Specialist scheme is divided into two (2) levels: Basic and Advanced.

Syllabus

• Fundamental electrotechnical knowledge related to the installation, inspection, maintenance, and optimization of PV and wind systems
• Structure, installation, and operation of photovoltaic systems
• Inspection, maintenance, and supervision of photovoltaic systems
• Structure, installation, and operation of wind systems
• Inspection, maintenance, and supervision of wind systems
• Occupational safety and hygiene for technicians involved in the installation, inspection, maintenance, and optimization of PV and wind systems

Examination Methodology

• Multiple-choice theoretical examination

Certification Prerequisites

• At least compulsory education and technical training

The TÜV HELLAS Specialist in Energy Saving & Building Energy Efficiency Improvement certification scheme refers to a qualified professional capable of designing and proposing solutions for the energy upgrade of building installations, based on the principles of bioclimatic design and energy conservation.

Syllabus

• Energy Saving in the Construction Sector – Bioclimatic Design
• Building Energy Efficiency – Legislation
• Energy Upgrading in the Construction Sector and Energy Saving in Residential Buildings
• "Smart Home" Technologies for Energy Saving
• Building Management Systems (BMS)
• ELOT HD 384 / ELOT 60364 – Installation Inspections and Electrical Legislation in Practice
• Energy Interventions in Heating Systems
• Energy Interventions in Air Conditioning Systems
• Development of Solar Thermal Systems
• Low Energy Consumption Appliances
• Energy Saving in Lighting

Examination Methodology
Theoretical examination

Certification Prerequisites
At least compulsory education and technical training