Europe MENA Region Africa
Regulatory & Policy Services
Europe, MENA Region, and Africa
Regional Standards Expertise
These categories offer a comprehensive overview of our consultancy services for standards compliance guidance in Africa, the MENA region, and Europe. The services address the unique challenges of operating in diverse regulatory environments and provide tailored solutions for renewable energy projects.
Our Solutions & Services:
Our expert engineers & consultants provide a comprehensive range of these services, including and not limited to:
1. European Standards Mastery: Proficiency in European standards and regulations.
2. MENA Standards Expertise: Knowledge of Middle Eastern and North African standards.
3. Africa Standards Navigation: Understanding and interpreting African standards.
4. Global Standards Alignment: Identifying overlaps and discrepancies between regional standards.
5. Regional Certification Schemes: Understanding certification processes in each region.
Further to this, we can offer a Range of Support & Services for Specific and Unique applications.
We are a Team of Leaders, Expert Consultants, and Senior Researchers.
We Support Clients with our Knowledge and Experience.
Standards and Regulations for
Wind Turbine Installation in GCC Countries
We follow up on key standards (Groups A to D) to consider for Wind Turbine installations in the Gulf Cooperation Council (GCC) countries, covering design, testing, safety, and grid connection:
A – European Standards (EN)
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EN 61400-1: General requirements for all wind turbines
EN 61400-2: Design requirements for grid-connected wind turbines
EN 61400-3: Design requirements for offshore wind turbines
EN 61400-4: Design requirements for wind turbines in extreme environmental conditions
EN 61400-12: Acoustic noise emission
EN 61400-13: Electromagnetic compatibility
EN 61400-14: Lightning protection
EN 61400-15: Safety requirements
EN 61400-16: Testing procedures
EN 61400-17: Installation and commissioning
B – International Electrotechnical Commission (IEC) Standards :
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IEC 61400-1: Wind turbines – Part 1: General requirements for all wind turbines
IEC 61400-2: Wind turbines – Part 2: Design requirements for grid-connected wind turbines
IEC 61400-3: Wind turbines – Part 3: Design requirements for offshore wind turbines
IEC 61400-12: Wind turbines – Part 12: Acoustic noise emission
IEC 61400-13: Wind turbines – Part 13: Electromagnetic compatibility
IEC 61400-14: Wind turbines – Part 14: Lightning protection
IEC 61400-15: Wind turbines – Part 15: Safety requirements
IEC 61400-16: Wind turbines – Part 16: Testing procedures
IEC 61400-17: Wind turbines – Part 17: Installation and commissioning
IEC 61400-18: Wind turbines – Part 18: Operation and maintenance
C – Regional and Local Standards :
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GCC Grid Code: Adhere to the GCC Grid Code, which outlines technical requirements for connecting wind turbines to the regional power grid.
National Standards: Consult individual GCC countries for their specific national standards and regulations related to wind energy.
Local Regulations: Consider local regulations regarding land use, environmental impact assessments, and grid connection requirements.
D – Additional Considerations for GCC Installations :
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High Temperatures: Ensure turbines are designed to withstand high temperatures and potential sandstorms.
Grid Integration: Address challenges related to grid infrastructure, stability, and compatibility with wind energy.
Environmental Impact: Minimize environmental impacts, especially in desert ecosystems.
Community Engagement: Engage with local communities to address concerns and ensure their support.
Note: By adhering to these standards (Groups A to D) and considering the specific conditions of GCC countries, we can help our customers ensure the successful and sustainable installation of wind turbines in the GCC region.
Note: This list is not exhaustive, and other relevant standards are available. Specific requirements may vary depending on the location, size, and type of wind turbine.
Standards and Regulations for
Solar Energy Installation in GCC Countries
We follow up on key standards (Groups A to D) to consider for Solar Energy installations in the Gulf Cooperation Council (GCC) countries, covering design, testing, safety, and grid connection:
A – European Standards (EN)
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EN 62109: Photovoltaic (PV) modules – Safety requirements
EN 62153: Grid integration of photovoltaic systems
EN 62160: Photovoltaic (PV) systems – General requirements
EN 62161: Photovoltaic (PV) systems – Part 1: General requirements for grid-connected systems
EN 62162: Photovoltaic (PV) systems – Part 2: Design requirements for standalone systems
EN 62163: Photovoltaic (PV) systems – Part 3: Design requirements for hybrid systems
EN 62164: Photovoltaic (PV) systems – Part 4: Design requirements for building-integrated systems
EN 62165: Photovoltaic (PV) systems – Part 5: Design requirements for off-grid systems
EN 62166: Photovoltaic (PV) systems – Part 6: Design requirements for storage systems
EN 62167: Photovoltaic (PV) systems – Part 7: Design requirements for energy management systems
B – International Electrotechnical Commission (IEC) Standards :
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IEC 62109: Photovoltaic (PV) modules – Safety requirements
IEC 62153: Grid integration of photovoltaic systems
IEC 62160: Photovoltaic (PV) systems – General requirements
IEC 62161: Photovoltaic (PV) systems – Part 1: General requirements for grid-connected systems
IEC 62162: Photovoltaic (PV) systems – Part 2: Design requirements for standalone systems
IEC 62163: Photovoltaic (PV) systems – Part 3: Design requirements for hybrid systems
IEC 62164: Photovoltaic (PV) systems – Part 4: Design requirements for building-integrated systems
IEC 62165: Photovoltaic (PV) systems – Part 5: Design requirements for off-grid systems
IEC 62166: Photovoltaic (PV) systems – Part 6: Design requirements for storage systems
IEC 62167: Photovoltaic (PV) systems – Part 7: Design requirements for energy management systems
C – Regional and Local Standards :
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GCC Grid Code: Adhere to the GCC Grid Code, which outlines technical requirements for connecting solar energy systems to the regional power grid.
National Standards: Consult individual GCC countries for their specific national standards and regulations related to solar energy.
Local Regulations: Consider local regulations regarding land use, environmental impact assessments, and grid connection requirements.
D – Additional Considerations for GCC Installations :
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High Temperatures: Ensure solar panels and systems are designed to withstand high temperatures and potential sandstorms.
Grid Integration: Address challenges related to grid infrastructure, stability, and compatibility with solar energy.
Environmental Impact: Minimize environmental impacts, especially in desert ecosystems.
Community Engagement: Engage with local communities to address concerns and ensure their support.
Note: By adhering to these standards (Groups A to D) and considering the specific conditions of GCC countries, we can help our customers ensure the successful and sustainable installation of solar energy systems in the GCC region.
Note: This list is not exhaustive, and other relevant standards are available. Specific requirements may vary depending on the location, size, and type of solar energy system.
Standards and Regulations for
Electric Vehicle Charging Stations Installation in GCC Countries
We follow up on key standards (Groups A to D) to consider for Electric Vehicle Charging Stations in the Gulf Cooperation Council (GCC) countries, covering design, testing, safety, and grid connection:
A – European Standards (EN)
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EN 61851-1: Electric vehicle conductive charging system – Part 1: General requirements
EN 61851-2: Electric vehicle conductive charging system – Part 2: Specification for a 3-phase AC supply
EN 61851-3: Electric vehicle conductive charging system – Part 3: Specification for a single-phase AC supply
EN 61851-4: Electric vehicle conductive charging system – Part 4: Specification for a DC supply
EN 61851-5: Electric vehicle conductive charging system – Part 5: Specification for a wireless power transfer system
EN 61851-6: Electric vehicle conductive charging system – Part 6: Requirements for communication interfaces
EN 61851-7: Electric vehicle conductive charging system – Part 7: Requirements for safety
EN 61851-8: Electric vehicle conductive charging system – Part 8: Requirements for electromagnetic compatibility
EN 61851-9: Electric vehicle conductive charging system – Part 9: Requirements for installation and commissioning
EN 61851-10: Electric vehicle conductive charging system – Part 10: Requirements for operation and maintenance
B – International Electrotechnical Commission (IEC) Standards :
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IEC 61851-1: Electric vehicle conductive charging system – Part 1: General requirements
IEC 61851-2: Electric vehicle conductive charging system – Part 2: Specification for a 3-phase AC supply
IEC 61851-3: Electric vehicle conductive charging system – Part 3: Specification for a single-phase AC supply
IEC 61851-4: Electric vehicle conductive charging system – Part 4: Specification for a DC supply
IEC 61851-5: Electric vehicle conductive charging system – Part 5: Specification for a wireless power transfer system
IEC 61851-6: Electric vehicle conductive charging system – Part 6: Requirements for communication interfaces
IEC 61851-7: Electric vehicle conductive charging system – Part 7: Requirements for safety
IEC 61851-8: Electric vehicle conductive charging system – Part 8: Requirements for electromagnetic compatibility
IEC 61851-9: Electric vehicle conductive charging system – Part 9: Requirements for installation and commissioning
IEC 61851-10: Electric vehicle conductive charging system – Part 10: Requirements for operation and maintenance
C – Regional and Local Standards :
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GCC Grid Code: Adhere to the GCC Grid Code, which outlines technical requirements for connecting electric vehicle charging stations to the regional power grid.
National Standards: Consult individual GCC countries for their specific national standards and regulations related to electric vehicle charging infrastructure.
Local Regulations: Consider local regulations regarding land use, grid connection requirements, and safety standards.
D – Additional Considerations for GCC Installations :
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Grid Infrastructure: Assess the suitability of the local grid for supporting electric vehicle charging infrastructure.
Climate: Consider the impact of extreme weather conditions on charging equipment and infrastructure.
Accessibility: Ensure charging stations are accessible to a wide range of users, including those with disabilities.
Community Engagement: Involve local communities in the planning and implementation of charging infrastructure.
Note: By adhering to these standards (Groups A to D) and considering the specific conditions of GCC countries, we support our customers to ensure the successful and sustainable installation and development of electric vehicle charging infrastructure in the region.
Note: This list is not exhaustive, and other relevant standards are available. Specific requirements may vary depending on the location, size, and type of the charging station.
Standards and Regulations for
Battery Energy Storage Systems Installation in GCC Countries
We follow up on key standards (Groups A to D) to consider for Battery Energy Storage Systems (BESS) in the Gulf Cooperation Council (GCC) countries, covering design, testing, safety, and grid connection:
A – European Standards (EN)
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EN 62933: Stationary battery energy storage systems – General requirements
EN 62934: Stationary battery energy storage systems – Part 1: Requirements for safety
EN 62935: Stationary battery energy storage systems – Part 2: Requirements for electromagnetic compatibility
EN 62936: Stationary battery energy storage systems – Part 3: Requirements for grid connection
EN 62937: Stationary battery energy storage systems – Part 4: Requirements for performance testing
EN 62938: Stationary battery energy storage systems – Part 5: Requirements for installation and commissioning
EN 62939: Stationary battery energy storage systems – Part 6: Requirements for operation and maintenance
EN 62940: Stationary battery energy storage systems – Part 7: Requirements for decommissioning
EN 62941: Stationary battery energy storage systems – Part 8: Requirements for cybersecurity
EN 62942: Stationary battery energy storage systems – Part 9: Requirements for thermal management
B – International Electrotechnical Commission (IEC) Standards :
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IEC 62933: Stationary battery energy storage systems – General requirements
IEC 62934: Stationary battery energy storage systems – Part 1: Requirements for safety
IEC 62935: Stationary battery energy storage systems – Part 2: Requirements for electromagnetic compatibility
IEC 62936: Stationary battery energy storage systems – Part 3: Requirements for grid connection
IEC 62937: Stationary battery energy storage systems – Part 4: Requirements for performance testing
IEC 62938: Stationary battery energy storage systems – Part 5: Requirements for installation and commissioning
IEC 62939: Stationary battery energy storage systems – Part 6: Requirements for operation and maintenance
IEC 62940: Stationary battery energy storage systems – Part 7: Requirements for decommissioning
IEC 62941: Stationary battery energy storage systems – Part 8: Requirements for cybersecurity
IEC 62942: Stationary battery energy storage systems – Part 9: Requirements for thermal management
C – Regional and Local Standards :
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GCC Grid Code: Adhere to the GCC Grid Code, which outlines technical requirements for connecting battery energy storage systems to the regional power grid.
National Standards: Consult individual GCC countries for their specific national standards and regulations related to battery energy storage systems.
Local Regulations: Consider local regulations regarding land use, grid connection requirements, and safety standards.
D – Additional Considerations for GCC Installations :
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Climate: Ensure BESS systems are designed to operate in high temperatures and humidity.
Grid Infrastructure: Assess the suitability of the local grid for integrating BESS.
Environmental Impact: Minimize environmental impacts, especially in desert ecosystems.
Community Engagement: Involve local communities in the planning and implementation of BESS projects.
Off-Grid Applications: Consider the suitability of BESS for off-grid applications in remote areas.
Note: By adhering to these standards (Groups A to D) and considering the specific conditions of GCC countries, we support our customers to ensure the successful and sustainable installation and development of battery energy storage systems in the region.
Note: This list is not exhaustive, and other relevant standards are available. Specific requirements may vary depending on the location, size, and type of the battery energy storage systems.
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