Drawing on over two decades of experience and a track record supporting 35GW+ of renewable energy projectsworldwide, LR Energies provides independent certification, verification and performance services for the offshore wind and marine energies sector. We partner with clients to enhance the safety, reliability, and performance of fixed and floating offshore wind turbines, wave and tidal systems, substations and support structures, from early-stage design review through manufacturing, installation and long-term operation.
As the first and only certification body recognised by the IECRE for Marine Energy, we offer unmatched regulatory and technical expertise to assess both offshore wind and hybrid projects involving multiple technologies like wind, wave, and tidal.
Our accredited services, including IECRE OD-502 and ISO 17065 (UKAS), ensure that every project meets the most rigorous international codes and standards, providing the certainty required for high-capital energy investments.
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Development & Design -
Manufacturing & Installation -
Operations & Maintenance -
Decommissioning
Our involvement often begins before detailed engineering, reviewing site data and testing design assumptions where early decisions shape long-term performance and project bankability.
- Site Assessment: Providing guidance on site condition assessments to ensure foundations are designed for specific seabed and metocean conditions.
- Design Verification: Ensuring every component operates safely in its designed environment, providing total peace of mind against seismic risks and extreme offshore conditions.
- Technology Qualification: Delivering technical assurance to move novel technologies from concept to reality; from early prototypes to pre-commercial and hybrid concepts.
As projects progress into detailed design and fabrication, we provide a structured pathway to demonstrate safety and feasibility before commercial rollout, helping ensure every stage of development remains aligned with industry standards.
- Supply Chain Assurance: Verifying that materials, equipment, and components from suppliers meet prescribed specifications and international standards.
- Installation Surveillance: Providing independent assurance throughout manufacturing and installation. Whether through on-site presence or desk-based support, we verify every step of the process to mitigate risks of structural damage or failure.
- Certification: Providing certification in accordance with internationally recognised wind turbine standards, conformity testing and certification.
Once in operation we provide independent assurance and technical advisory services to maximise asset reliability, safety, and long-term performance.
- In-Service Verification: Conducting regular inspections and performance monitoring to ensure assets remain structurally sound throughout their intended life.
- Remote Inspections: Using digital tools to perform real-time maintenance activities and inspections, reducing the cost and safety risks of physical offshore visits.
- Life Extension: Helping operators determine if an asset can safely continue operating beyond its original design life.
As wind farms approach the end of their design life, we provide the technical and regulatory expertise needed to transition through late-life operations to decommissioning.
- End-of-Life Strategy: Assisting with the transition from late-life management to decommissioning while maintaining compliance with environmental regulations.
- Risk Mitigation: Helping to minimise the operational and financial risks associated with dismantling wind farm structures.
Our involvement often begins before detailed engineering, reviewing site data and testing design assumptions where early decisions shape long-term performance and project bankability.
- Site Assessment: Providing guidance on site condition assessments to ensure foundations are designed for specific seabed and metocean conditions.
- Design Verification: Ensuring every component operates safely in its designed environment, providing total peace of mind against seismic risks and extreme offshore conditions.
- Technology Qualification: Delivering technical assurance to move novel technologies from concept to reality; from early prototypes to pre-commercial and hybrid concepts.
As projects progress into detailed design and fabrication, we provide a structured pathway to demonstrate safety and feasibility before commercial rollout, helping ensure every stage of development remains aligned with industry standards.
- Supply Chain Assurance: Verifying that materials, equipment, and components from suppliers meet prescribed specifications and international standards.
- Installation Surveillance: Providing independent assurance throughout manufacturing and installation. Whether through on-site presence or desk-based support, we verify every step of the process to mitigate risks of structural damage or failure.
- Certification: Providing certification in accordance with internationally recognised wind turbine standards, conformity testing and certification.
Once in operation we provide independent assurance and technical advisory services to maximise asset reliability, safety, and long-term performance.
- In-Service Verification: Conducting regular inspections and performance monitoring to ensure assets remain structurally sound throughout their intended life.
- Remote Inspections: Using digital tools to perform real-time maintenance activities and inspections, reducing the cost and safety risks of physical offshore visits.
- Life Extension: Helping operators determine if an asset can safely continue operating beyond its original design life.
As wind farms approach the end of their design life, we provide the technical and regulatory expertise needed to transition through late-life operations to decommissioning.
- End-of-Life Strategy: Assisting with the transition from late-life management to decommissioning while maintaining compliance with environmental regulations.
- Risk Mitigation: Helping to minimise the operational and financial risks associated with dismantling wind farm structures.
Offshore Drilling FAQs
LR supports hybrid offshore projects by providing technical assurance and certification for systems that combine multiple renewable energy technologies such as wind, wave, solar and tidal into a single project or platform
LR evaluates environmental conditions such as soil stability, wind/wave loads, and seismic risks to ensure the design is fit for the specific location.
LR is the only certification body accepted by IECRE to assess both offshore wind and marine energy converters. This provides internationally recognised certification under established standards, supporting regulatory acceptance and market confidence across global offshore wind projects.
Early review of site data, design assumptions and concept selection identifies constraints before detailed engineering begins. This reduces technical uncertainty and supports long-term asset performance and bankability.
Project Certification under IECRE OD-502 and IEC 61400-22 provides independent confirmation that design, manufacturing, installation and commissioning align with applicable international standards.
Independent review of monopiles, jackets, gravity bases and associated structures confirms compliance with relevant codes and regulatory requirements. Fatigue and reliability studies inform design validation and support Reliability-Based Inspection planning.
Extended operation may be justified where structural condition, fatigue performance and reliability studies demonstrate continued suitability within applicable regulatory frameworks.
LR provides certification under IECRE requirements and supports projects from concept through operation. Technical review includes station-keeping systems, mooring arrangements, dynamic cables and platform behaviour to confirm alignment with international standards.
Approval in Principle (AiP) provides early-stage technical validation of new designs or established technologies applied in new offshore settings, supporting structured progression before full certification or deployment.
Where technologies fall outside established certification schemes, a staged Technology Qualification process is applied to manage technical risk and confirm performance prior to deployment.
Independent certification and technical due diligence provide objective evidence of compliance and design maturity, supporting lender confidence and informed investment decisions.
