Our Services

Technical damage analysis and assessment for the insurance industry, industrial clients and plant operators.

Root Cause Determination

Systematic analysis of the damage sequence using the exclusion methodology. Standards-compliant assessment of all technical parameters. Result: a robust expert report with clear cause attribution.

Damage Assessment and Costing

Determination of the damage amount, calculation of repair and restoration costs, revenue loss calculation. The basis for claims settlement and recourse claims.

Inspection and Inventory

Technical inspection of operational systems, inventory assessments for insurance changes or risk evaluations, compliance audits.

Technical Expert Opinions

Technical opinions on ongoing proceedings, answering evidentiary questions and private expert reports for product liability cases.

Liability Claims

Technical assessment of root cause and liability for damage to renewable energy systems. Evaluation of damage extent and consequential costs as a basis for claims settlement.

Recourse Assessment

Evaluation of recourse options and preparation of recourse-proof expert reports. Technical analysis of the damage sequence as a basis for claim enforcement.

By damage type

What you instruct us for

Six damage types for which we answer questions of evidence. Each page shows typical damage patterns, our examination path and what the report delivers.

Our Analytical Expertise

Photovoltaic systems: technical illustration

Photovoltaic Systems

We investigate damage and malfunctions on PV systems of all power classes. The analysis covers modules, inverters, mounting structures, cabling and protective devices.

Battery storage systems: technical illustration

Battery Storage Systems

Damage to stationary storage systems requires a precise assessment of the electrical, thermal and safety-related interdependencies. We deliver standards-compliant root cause determination and damage assessment.

Heat pump systems: technical illustration

Heat Pump Systems

Our investigation covers the entire system technology: refrigeration circuit, electrical systems, controls and hydraulic integration. Each loss case is systematically analysed down to component level.

Wind energy systems: technical illustration

Wind Energy Systems

From individual turbines to wind farms: we assess damage to all relevant components and examine causes across the entire chain from planning to operation.

Biogas plants: technical illustration

Biogas Plants

We investigate damage to the entire plant technology of biogas facilities. The analysis combines electrical engineering assessment with process engineering understanding.

Switchgear and grid connection: technical illustration

Switchgear and Grid Connection

We assess damage to switchgear in the context of renewable energy generation across all voltage levels. The analysis covers protection concepts, operating conditions and design specifications.

Hydrogen systems: technical illustration

Hydrogen Systems

We investigate damage to electrolysers, storage systems and fuel cells in accordance with the applicable safety standards. The analysis considers material compatibility, electrical integration and explosion protection.

Tidal power systems: technical illustration

Tidal Power Systems

Damage to tidal power plants faces particular challenges from corrosion, mechanical stress and the electrical connection to the supply grid. We have direct experience from real loss cases involving these plant types.

The equipment images in this section are AI-generated illustrations. They are not photographs from our assignments.