Solution: Wind Energy – Inspect, Certify, and Operate Safely
Solution: Wind Energy – Inspect, Certify, and Operate Safely
Ing. Andreas Schnitzer , MSc
Wind Energy – Inspect, Certify, and Operate Safely
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Wind Energy – Inspect, Certify, and Operate Safely
We support you from the planning stage through to the safe operation of your wind energy projects
The expansion of wind power is progressing rapidly and is a key component of energy security and the energy transition. At the same time, the technical, legal, and organizational requirements for operators, manufacturers, and project managers are increasing.
TÜV AUSTRIA provides comprehensive support for wind energy projects—from planning and construction through to safe, standards-compliant operation. If wind energy facilities are to be operated beyond their planned service life, we prepare expert reports on service life extensions
Why Certified Wind Turbines Are Critical to Project Success
Wind power projects are complex infrastructure projects involving large capital investments, safety-critical components, and long-term operational goals. Errors in planning, execution, or operation lead to increased risks, loss of revenue, and liability issues.
Key challenges include:
- increasing legal and regulatory inspection requirements
- Safety requirements during the construction phase and ongoing operation
- Work at heights
- Technical aging of systems and components
- Documentation for authorities, investors, and insurance companies
- Reliable yield forecasts and operational safety
Independent inspections, well-founded assessments, and standard-compliant testing procedures are therefore essential for economically and technically sustainable plant operation.
TÜV AUSTRIA supports operators, manufacturers, and project developers with a broad portfolio of technicaltesting,certification, and consulting services, from the initial project concept through ongoing operation.
TÜV AUSTRIA provides comprehensive support for your wind farm project
Planning, Development & Project Phase
- Evaluation of feasibility studies
- Site assessments
- Technical inspections and testing
(structural engineering, mechanical engineering, electrical engineering, fire protection, emissions, etc.) - Technical due diligence
- Support with Regulatory Procedures
- Project support for repowering and service life extensions
- Risk analyses, risk assessments
- Technical evaluation of wind energy projects
- Project management
- Tender and procurement management
- Cathodic corrosion protection (CCP)
Construction, Manufacturing & Acceptance
- Manufacturing Facilities—Initial Inspection (Factory Inspection)
- FAT (Factory Acceptance Test) – Acceptance Test at the Manufacturer’s Facility
- SAT (Site Acceptance Test) – On-site Acceptance Test
- Pre- and Post-Shipment Inspections
- Fire Safety Acceptance and Testing
(including wind turbines in forested areas) - Construction site supervision and construction and installation inspections
Process acceleration
- Non-official experts (NASV) services for government agencies and permitting processes
Operation, Safety & Condition Monitoring
- Technical Safety Inspections
(Ice Detection Systems, BAT Detection, BNK, and many more) - Safety of Electrical Systems, Including Grounding, Lightning Protection, and Insulation
- Climatic testing of components— environmental simulation
- Inspection of access systems, rescue equipment, cranes, ladders,
pressure vessels, personal protective equipment, and much more - Gearbox inspection (endoscopy)
- Thermographic examinations and drone inspections
- Online monitoring of infrastructure components with RISE by TÜV AUSTRIA
- Legal compliance testing requirements
Assessment, expert reports & certification
- Assessment and certification of yield forecasts and performance curves
- Damage analyses, fault and accident investigations
- Analysis of components, parts, and materials using
industrial computed tomography - Expert Opinions on Valuation
- Certification of management systems—
environment, occupational safety, energy efficiency, IT security, and much more - Green electricity certificates
- Audit and certification of ESG and sustainability reports
Environment, IT, and supplementary audits
- Emissions and Immission Forecasts, Environmental Impact Assessments
- Electromagnetic Compatibility (EMC) Assessment
- IT security assessments, including NIS2 assessments
Specialized Training and Continuing Education, as well as In-House Training
- The Process of an Regulatory Approval Procedure | Renewable Energy
TÜV AUSTRIA Akademie (Austria)
Who Can Benefit from Our Services
- Project developers and planners of wind energy projects
- Operators and owners of wind farms
- Manufacturers of wind turbines and components
- Investors, banks, and insurance companies
- Energy utilities & industrial companies
- Public sector clients & government agencies
Collaboration with TÜV AUSTRIA – Here’s How Your Wind Energy Project Will Proceed
- Initial Contact and Technical Needs Assessment
- Definition of the scope of testing and analysis
- Delivery of Services
- Documentation and results reports
- Optional: Follow-up Projects
Your Benefits with TÜV AUSTRIA in the Field of Wind Energy
- Comprehensive support throughout the entire life cycle of your wind turbine
- Independent, internationally recognized testing and certification services
- Access to an interdisciplinary network of experts from a single source
- Maximum safety for turbines, employees, and investments
- Reliable decision-making foundations for operations, investments, and permits
- Documented compliance with legal and regulatory testing requirements
Reliable planning, a secure commissioning process, well-trained experts, dependable operational management, and certified results are key success factors for your wind power project.
With TÜV AUSTRIA, you can achieve exactly that.
More Information on Wind Energy & Hybrid Power Generation
The technical evaluation and testing of wind turbines are based on recognized national and international regulations. A key foundation is the ISO 61400 series for wind turbines, supplemented by legal requirements, safety standards, and regulatory mandates.
The combination of photovoltaic systems and wind energy also offers significant potential for stable and efficient energy generation. Both technologies have different generation profiles and thus complement each other ideally throughout the day and across the entire year.
While photovoltaic systems achieve their highest output when the sun is shining—usually around noon—wind energy can generate electricity regardless of sunlight. Wind conditions are often more stable in the evening and at night, so wind turbines supply energy precisely when PV systems are not producing.
There are also clear complementary effects on a seasonal basis: Photovoltaic systems achieve their highest output during the sunny summer months, while wind turbines generate more electricity especially in the fall and winter—when winds are stronger and solar radiation is lower.
These complementary characteristics result in a significantly more balanced energy profile with reduced fluctuations in generation. The combined use of wind and PV can therefore:
- increase the reliability of the power supply
- better balance peak loads
- reduce the need for storage solutions
- utilize grid connections more efficiently
- improve the economic viability of projects
Hybrid projects are therefore becoming increasingly important and are an essential component of sustainable energy systems.
Take advantage of TÜV AUSTRIA’s expertise for safe, economical, and sustainable wind turbines. Secure your wind energy projects with TÜV AUSTRIA today.
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