Stagii de practică & Cursuri Eoliene, Fotovoltaice și Stocarea Energiei Electrice

Working at heights & Manual Handling combined with TSL

Aims and Objectives of the BST Working at Heights & Manual Handling Module The aim of this module is to enable the participants, through theoretical and practical training, to use basic personal protective equipment, work safely at heights and perform comprehensive basic rescue from heights in a wind turbine environment. Furthermore, this module also aims to encourage positive manual handling and ergonomic behavior and enable participants to perform manual handling tasks in a safe manner.Overall learning objective for the module:After having successfully completed this BST Working at Heights and Manual Handling Module, the participants have the ability to act safely and responsibly and apply good manual handling techniques when working at heights and performing comprehensive basic rescue from heights. (Ability, intermediate level).

24 [h]

€535*

+TVA

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Nacelle, Tower & Basement Rescue, Refresher

Aims and objectives of Nacelle, Tower & Basement Rescue Module The aim of this module is to enable the participants to perform injured person rescue operations in a WTG nacelle, tower, and basement, by using industry standard rescue equipment, methods, and techniques, exceeding those of GWO work at height. The Nacelle, Tower and Basement Rescue Module shall ensure that the participants are able to: 1.Perform: a. rescue operations using the casualties personal fall protection on the injured b. rescue operations in a WTG nacelle, tower and basement using a handheld lamp c. transportation of an injured person horizontally over the length of the turbine d. transportation of an injured person to a higher platform using rescue up techniques and equipment (both manual and power-driven) 2. Apply clear communication and guidance to other emergency responders (e.g. vessel or ambulance crew) including coordinating the handover of an injured person (Skills, intermediate level) The participants shall: 1. acknowledge the benefits of having a coordinator in a rescue team, and the responsibility that comes with it 2. take part in discussing which advanced rescue preparations and emergency & communication procedures apply in their own organisation 3. commit to demonstrating a pro-active approach and role model behavior  

16 [h]

€320*

+TVA

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PV plant design in Autocad

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12 (2 x 6)h

€1000*

+TVA

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Advanced PVSyst - Utility Projects(indisponibil)

Improving PVSyst knowledge through simulation of grid-connected utility-scale PV systems with case studies up to 20 MWp.   Module 1 - PV Systems with Trackers / Case Study 5 MWp -Defining and constraints of a PV system with trackers, shading analysis in PVSyst, and studying the report.   Module 2 - Optimizations / Case Study 1 MWp -Functionality of optimization tools and unlimited tables, simultaneous simulation for different tilt angles and row distances.   Module 3 - Bifacial PV Modules / Case Study 10 MWp -Designing a PV system with bifacial modules in PVSyst, albedo values, and other aspects. Defining, calculating, and applying all losses, engineering logic behind the rules, understanding the loss diagram (Sankey diagram).   Module 4 - Energy Management in PVSyst   -P50 and P90 reports -Limiting exported power to the grid -Power factor   Module 5 - String Formation of PV Modules   -Creating and designing PVSyst simulations using string formation feature with individual modules   Module 6 - Horizon Diagram / Case Study 2 MWp   -Creating and designing far shading simulations using Horizon Import feature -Proposal content using a PVSyst report within a sales proposal, along with a template   Module 7 - Financial Modeling / Case Study 1 MWp   -Overview of financial modeling, preparing a materials list and cost sheet, introducing usage tariff and export tariff, cash flow diagrams, and report generation.   Module 8 - Interval Data / Case Study 1 MWp   -Defining and extracting interval data along with generating and analyzing reports.   Module 9 - Fillzone Function and Contour Mapping -Using the Fillzone function / Case Study 25 MWp -Simulation with contours and on uneven terrains / Case Study 30 MWp   Module 10 - Recapitulation / Case Study 21 MWp -Summarizing all concepts in a single case study

8h

€1000*

+TVA

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Planning and implementation of CEF on the roof

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6h

€1000*

+TVA

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Solar Technical – Electrical (S-TTE)

Duration: 8 hours Validity: 24 months The Solar Technical Electrical (S-TTE) module provides participants with the technical knowledge and practical skills to perform electrical installation, connection, and verification of photovoltaic (PV) systems safely and in accordance with GWO and IEC standards. It includes theoretical learning and hands-on practice focusing on DC and AC circuits, measurement, and troubleshooting.Participants will learn how to:– Understand and apply electrical principles of DC and AC circuits in PV installations;– Identify components of PV systems: inverters, junction boxes, combiner boxes, and protective devices;– Perform DC wiring including polarity checks, insulation resistance, and continuity verification;– Connect AC circuits safely to the grid or local distribution board;– Apply grounding, bonding, and equipotential connection methods correctly;– Test and document voltage, current, and insulation resistance using appropriate measuring instruments;– Verify protective measures (RCDs, fuses, breakers) according to standards;– Identify, analyse, and correct common electrical installation faults safely;– Prepare commissioning reports and verify system readiness before energisation.Objective:Upon completion, participants will be able to perform electrical installation and verification tasks in solar PV systems safely and efficiently, ensuring technical quality and compliance with GWO and international standards.

8h

€300*

+TVA

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Materials to Electrodes

This mini-certificate provides a deep yet simple explanation of the operational principles of a rechargeable battery. The certification spotlights the importance and discusses the fundamentals of the ‘electrochemical cell’ which is the heart of any battery system independent of the storage size. A direct link is set forth between the chemical nature of the cell components and the storage properties of interest such as ‘electromotive force’ and gravimetric & volumetric capacities. Specific attention is directed towards lithium-ion batteries by presenting more details about the materials of choice for the anode/cathode together with their synthesis methods.

5h

€490*

+TVA

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Solar Safe Work (S-SW)

Duration: 8 hours Validity: 24 months  The Solar Safe Work (S-SW) module provides participants with the essential knowledge and practical understanding of working safely within solar installations. It focuses on identifying workplace hazards, assessing risks, and implementing preventive measures to reduce incidents and ensure compliance with solar industry safety standards.Participants will learn how to:– Identify and evaluate hazards specific to solar work such as electrical risks, fire, falls, and manual handling injuries;– Apply the hierarchy of risk control (elimination, substitution, engineering controls, administrative controls, PPE);– Use personal protective equipment (PPE) correctly and maintain it in good condition;– Follow site-specific safety procedures, lockout/tagout (LOTO) principles, and permit-to-work systems;– Apply safe manual handling, tool use, and equipment transport techniques;– Demonstrate safe behaviour in relation to weather conditions, heat exposure, and electrical hazards;– Report near-misses, unsafe acts, and hazardous conditions effectively;– Participate in toolbox talks and safety briefings as part of the safety culture in the solar industry.Objective:After successful completion, participants will understand and apply safe working practices and risk prevention principles when performing tasks in solar installations, supporting a proactive safety culture at the workplace.

8h

€200*

+TVA

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Battery testing

This mini-certificate discusses different methods for battery testing. The importance of testing, related standards, needed testing infrastructure and analysis tools are individually tackled. This series also highlights how the output of battery testing is viable for battery modelling that supports the battery use phase and can possibly be implemented on battery management systems.

5h

€490*

+TVA

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3D design of a PV plant with SketchUp and Skelion

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8h

€1000*

+TVA

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GAP Training Merit Process (Vestas D to Basic Technical Training)

6 [h]

€250*

+TVA

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Sea Survival, refresher

Aims and Objectives of the BST Sea Survival Module The aims of this BST Sea Survival course are to give, by theoretical and practical training, participants the ability to act safely and responsibly and to take the correct preventive actions in all aspects of offshore operations from shore to installation vessel (or WTG) and vice versa. This is both during normal operations and in an offshore wind energy environment emergency. The overall learning objective: After successfully having completed this BST Sea Survival Module, the participants have the ability to act safely and responsibly in an offshore work environment and to take responsibility for their own and fellow employees’ safety in work situations as well as in emergency situations (Ability, intermediate level)

8 [h]

€470*

+TVA

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3D Design of a PV Plant with Helioscope and SmartDesign 2.0

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6h

€1000*

+TVA

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Solar First Aid Awareness (S-FAA)

Duration: 4 hours  Validity: 24 months The Solar First Aid Awareness (S-FAA) module provides participants with the essential knowledge to recognise, respond to, and support first aid actions in a solar work environment. It is intended for all solar personnel who need a general understanding of emergency response but who are not required to perform full first aid interventions.Participants will learn how to:– Recognise emergency situations and activate the emergency response system;– Call for professional help and provide accurate information to rescue teams;– Assist qualified first aiders during incidents, following their instructions;– Support colleagues safely while maintaining own safety using basic PPE;– Understand the main risks in solar installations related to heat, electrical shock, and falls;– Maintain calm and communicate clearly during emergency scenarios;– Demonstrate awareness of limitations and the importance of professional medical assistance.Objective:Upon completion, participants will be able to act calmly and effectively in emergency situations, provide initial assistance and communicate correctly until professional help arrives, ensuring personal safety and that of others.

4h

€160*

+TVA

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Power Convertors and Efficiency in Battery Applications

This certificate discusses the need of power converters for battery applications. It dives into the different types of power converters and explains the underlying principles. The use of power converters is illustrated via a number of applications. The fundamental concept of efficiency is discussed.

8h

€640*

+TVA

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Control of Hazardous Energies Training

Aims and Objectives of COHE Module The GWO CoHE Standard will enable participants to manage the risks related to hazardous energies in thewind industry and act safely when in the vicinity of hazardous energies or when working on systems andequipment containing hazardous energies.

24 [h]

€1400*

+TVA

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Electric Vehicle Technician Part 1

This course is the first step for auto mechanics to expand their internal combustion engine repair skills to electric vehicles. It follows the ASE Level 1 guidelines to become an “electrically-aware person” and learners should be able to pass the ASE xEV Electrical Safety Standards Version 1.1 Level ONE exam. This exam certifies automobile technicians to work safely on the low-voltage components of electric vehicles. That is, you can work around high-voltage components without injuring yourself or damaging the vehicle. Later courses will teach you what you need to know to diagnose and repair the high-voltage components themselves.

2h

€100*

+TVA

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Crane & Hoist Inspection & Maintenance

Duration: 16 hours Validity: Unlimited The Crane & Hoist Inspection & Maintenance (CHIM) module enables participants to perform inspections, preventive maintenance, and functional tests on cranes and hoists used in wind turbine environments, in accordance with GWO V2 (2025) and manufacturer requirements. The module combines classroom learning with extensive hands-on practical exercises to ensure safe and compliant maintenance practices.Participants will learn how to:– Understand legal requirements, standards, and manufacturer manuals related to lifting equipment inspection;– Perform pre-use, periodic, and annual inspections of cranes and hoists according to procedures;– Identify, classify, and record mechanical, structural, or electrical defects such as wear, deformation, or corrosion;– Perform functional tests, including limit switch checks, braking systems, and control unit verification;– Conduct preventive maintenance: lubrication, tightening, and cleaning of key components;– Apply lockout/tagout (LOTO) and other safety measures before maintenance activities;– Complete inspection checklists and maintenance reports in accordance with GWO and internal standards;– Recommend corrective actions and ensure defective equipment is removed from service until repaired.Objective:Upon completion, participants will be able to safely inspect, maintain, and verify cranes and hoists in wind turbine environments, ensuring compliance with GWO standards, manufacturer documentation, and site-specific safety requirements.

16 [h]

€550*

+TVA

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Service Lift User

Duration: 5 hours  Validity: UnlimitedThe Service Lift User (SLU) module enables participants to correctly and safely operate a service lift inside a wind turbine generator (WTG). The training combines theoretical and practical exercises, following the latest GWO V5 standard (2025), and covers both normal and emergency operations.Participants will learn how to:– Understand legislation, standards, and manufacturer manuals related to lift operation;– Identify lift components, safety systems, and functional principles;– Perform pre-use inspections and verify lift readiness;– Operate the lift safely, respecting danger zones and dropped-object prevention measures;– Apply correct use of PPE and communication procedures during operation;– React appropriately in case of lift malfunction or emergency evacuation;– Perform shutdown procedures after use.Objective:By the end of the course, participants can take responsibility for using a wind turbine lift independently and safely, ensuring compliance with legal, technical, and safety requirements.

5 [h]

€160*

+TVA

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Energy Storage: The battery revolution

This certificate has been designed to give participants in-depth knowledge of the exciting potential of battery storage solutions, and their applications and benefits across various areas of the electricity grid. Also, this certification provides a thorough understanding of practical applications, including electric vehicles, energy storage systems (ESS) on grid and at home, industrial products and local energy systems. Furthermore, this certification examines business models and investment opportunities related to battery storage.

13h

€990*

+TVA

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Introduction to Battery Safety

This course introduces essential safety aspects of battery manufacturing, testing, storage, handling, and disposal. It covers administrative and engineering controls, risks and hazards, mitigation, and safety compliance across all phases of the battery lifecycle. Participants will learn to recognize appropriate safety measures, use personal protective equipment (PPE) effectively, and identify key regulations to maintain safety standards and compliance. In addition, emphasis is given to the importance of personal responsibility for safety at all levels of the workplace and throughout the battery lifecycle.

3h

€240*

+TVA

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Battery Storage Expert Programme

The Battery Storage Expert Programme covers the entire battery storage value chain, from the role of batteries to their constituent parts; from the battery value chain to the integration in power applications; from the impact on the electricity market to ground-breaking business models. Participants build the knowledge, the expert understanding, the technical and commercial insights and the human network to play a leading part in driving the global energy transition.

86h

€3750*

+TVA

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CoHE Pressure Fluid Safety

Aims and Objectives of the CoHE Pressure Fluid Safety Module The aim of GWO’s CoHE Pressure Fluid Safety training module is to enable the participants to support and care for themselves and others while working with and in the vicinity of pressure fluids in the wind industry and to perform assigned tasks safely and efficiently. Upon successful completion of GWO’s CoHE Pressure Fluid Safety Module, the participants will be able to reduce the associated risks to and work safely with pressure fluid tasks in the wind industry by being able to select the correct and required PPE for working with hydraulic fluids and fluids under pressure, using safe work practices and establishing a safe work condition when working with and in the vicinity of pressure fluids in the wind industry. Overall learning objectives for the CoHE Pressure Fluid Safety Module, the participants can: ·         Take responsibility for their own and others safety while working with and in the vicinity of pressure fluids in the wind industry (Ability, intermediate level) ·         Take responsibility for correctly completing a simple permit to work from beginning to end as the person responsible for establishing a safe work condition (Ability, intermediate level)

8 [h]

€400*

+TVA

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Energy Systems Integration: the future of transport

This mini-certificate provides an understanding on how the future transportation sector will impact the energy system both by putting stress on the electricity grid and by delivering valuable new services to the grid. Participants learn to make a realistic estimation of when our mobility system could go electric and which obstacles need to be tackled first.

6h

€540*

+TVA

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