Wind Power Consulting

Bring Us Your Toughest Challenges

Clarity at Every Turn

Exponent brings deep technical expertise and hard-won regulatory knowledge to help you drive confident decisions across the asset lifecycle — from commissioning and performance assessments to fire risk investigations, electrical evaluations, and failure analysis.

crane vessel installing a transformer platform in a windfarm

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How does Exponent deliver critical insights for the wind power industry?

The increasing size and complexity of wind turbines — both onshore and offshore — can generate mechanical, structural, electrical, manufacturing, transportation, and regulatory challenges, as well as delays and failures that threaten timelines and returns.

With decades of experience on landmark wind projects — including the first utility-scale offshore wind farm in the U.S. — Exponent's advanced testing and forensic capabilities help you identify issues early, resolve problems faster, and keep complex projects on track. Whether on-site or in the lab, we deliver rigorous, multidisciplinary evaluations and insights that enable you to overcome uncertainty, strengthen reliability, and protect your investments.

For 50+ years across energy industry sectors, we've thrived on solving unstructured problems that require bespoke solutions. We offer:

• Performance analysis

• Manufacturing review

• Failure analysis

• Root cause analysis

• Fire investigations

• Environmental and EMF assessments

• And much more

CAPABILITIES

Poor site selection, regulatory delays, and permitting failures can derail projects before they begin, jeopardizing timelines and investments. Exponent helps you navigate complex environmental, regulatory, and technical challenges from initial site selection through construction. We conduct comprehensive feasibility analyses, geotechnical assessments, wind resource evaluations based on large‑scale data harvesting and numerical modeling, and natural hazard risk assessments. Our services also include:
Environmental compliance, permitting, and impact assessments
Ecological risk assessments
EMF assessments
Acoustics and public health evaluations
Expert testimony at permit hearings
Construction consultation
Complex permitting support for floating turbines
Interconnection evaluations and risk mitigation
Lifecycle analysis, including end‑of‑life hazardous waste handling
Undetected design flaws and manufacturing defects can lead to catastrophic failures, extended downtime, and warranty disputes that risk project outcomes. Exponent helps you identify mechanical, material, and electrical vulnerabilities through rigorous risk assessments and advanced methodologies like finite element analysis (FEA) and computational fluid dynamics (CFD) modeling. We evaluate drivetrain components — gearboxes, main bearings, yaw and pitch bearings — for performance under extreme operational loads. Our experience spans nacelle and hub mechanical systems, composite blade design, manufacturing, and quality control, hydraulic pitch/yaw systems, towers and substructures, and lightning protection systems (LPS). Our services also include:
Risk, reliability, efficiency, and performance analyses
Manufacturing and quality process review
Engineering evaluations
Repair and remaining‑life assessments
Maintenance plan development
Human-machine interface and ergonomics evaluations
Rotor aerodynamics, blade, and tower structural analysis
Undiagnosed mechanical failures can cascade into prolonged outages, lost revenue, and escalating repair costs. When incidents occur, our teams deliver rapid, evidence-based investigations that identify root causes. We investigate fires, lubrication breakdowns, bearing housing failures, gearbox degradation, blade failures, blade manufacturing defects, lightning protection systems and lightning damage, mechanical stresses from turbine scaling, and more.
Beyond pinpointing immediate causes, Exponent provides actionable insights that help you resume operations quickly and we apply advanced modeling and examination methods to reduce operational risk and improve reliability — protecting both near-term performance and long-term asset reliability.
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Wind projects are subject to challenges related to safety, regulatory compliance, and operational continuity — especially in high-hazard and on- and offshore environments. Exponent's occupational and process safety services help you proactively identify and manage risks, supporting safer workplaces and uninterrupted operations.
Leveraging expertise in OSHA compliance, human factors, and industrial hygiene, our multidisciplinary teams assess hazards related to ladder use, falls, and confined spaces, and we support emergency response needs unique to wind turbines and marine installations, recommending preventive measures to address regulatory compliance and safety.
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Disputes over performance shortfalls, construction delays, and component failures drain resources and jeopardize project viability. Exponent delivers objective, evidence-based technical insights to help you resolve issues effectively at all stages of a dispute, including pre-litigation, fact-finding, and arbitration. We routinely support:
Contractual power generation performance issues
Construction cost overruns and delays
Component performance
Manufacturing quality issues
Intellectual property
Failure modes that drive disagreements between OEMs, operators, and insurers
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What Can We Help You Solve?

With expertise spanning over 90 technical disciplines, our team applies proven methodologies and advanced capabilities to wind projects, empowering clients to get to the root of even the most complex wind power challenges.

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Renewable Energy

Access support across the total project lifecycle for solar, wind, and hydropower projects.

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Power & Energy

Multidisciplinary support for high-power energy systems of all sizes in a variety of applications.

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Mechanical Engineering Specialties

Mechanical engineering support to help solve complex problems within commercial and industrial applications.

Design Evaluation & Materials Selection

Quantifiable, evidence-based information for better materials selection and business decisions.

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Mechanical Failure Analysis

Discover the root cause of mechanical failure using visual modeling simulation, data analysis, on-site investigations, and laboratory testing.

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Batteries & Energy Storage

Supercharge performance, reliability, and safety across all stages of the battery and energy storage product lifecycle.

Data Center Development & Operations

Data Center Reliability, Delivered

Exponent's multidisciplinary approach helps you solve power and water constraints, cool high‑density loads, control schedules and costs, evaluate vendors and supply chains, meet community and regulatory demands, and protect uptime — giving you the reliability needed to compete in the AI race.

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Related Expertise

Thermal Sciences

Mechanical Engineering

Environmental & Earth Sciences

Electrical Engineering & Computer Science

Polymers & Chemistry

Ecological & Biological Sciences

Metallurgical & Corrosion Engineering

RELEVANT RIGHT NOW

What technical factors should you consider when connecting your wind power project to the grid?

To understand how new wind projects will interact with regional transmission systems, energy stakeholders rely on specialized engineering expertise and rigorous grid impact studies. These studies assess factors like voltage stability, frequency response, and potential for curtailment. Depending on project needs, engineers may recommend technical solutions such as energy storage integration, power electronics, or grid upgrades to support the reliable and efficient delivery of wind energy to end users without compromising grid stability.

How can you navigate challenges unique to offshore wind projects?

Offshore wind projects present distinct engineering challenges, including foundation design for deep water and floating turbines, cable routing and protection, and resilience to harsh marine conditions. Exponent's consultants leverage specialized expertise in geotechnical analysis, corrosion mitigation, and marine logistics to develop robust, bespoke solutions that meet safety and regulatory standards. Our involvement helps clients mitigate risks, control costs, and support long-term operational reliability for offshore installations.

How do you approach complex quantum and delay issues for wind projects?

In onshore and offshore wind power construction, delays often trigger more than straightforward cost overruns — stakeholders must understand what caused the delay, how it affected the critical path, and what the resulting financial impact truly is. Damages can range from accumulated material and labor costs to complex disruption impacts from multiple change orders, resequencing, and reduced productivity.

Navigating these situations requires a practical grasp of engineering and construction processes along with damage, quantum, and delay expertise. Exponent prepares and reviews additional-cost claims, inefficiency claims, extended and additional overhead, and lost opportunity costs, and evaluates how the project affects the business as a whole. We tailor analyses to the facts and contract framework to document impacts, support defensible positions, and facilitate resolution.

Experts

Our global and comprehensive expertise across industries gives us a deep understanding of current challenges, best industry practices, and the implications of emerging technologies.