Case Study: Reducing Uncertainty in Complex Insurance Loss Claims
Key Achievements
Uncertainty reduced in complex loss claims, through technically defensible root cause and scope analyses across utility, renewable, industrial, and commercial assets.
Unnecessary capital replacement avoided, through LKQ-based repair strategies and phased restoration planning where technically justified.
Insurer confidence improved, by clearly separating initiating faults, consequential damage, and pre-existing conditions.
Introduction
Insurance carriers, reinsurers, loss adjusters, and legal counsel across utilities, renewables, mining, industrial processing, and commercial facilities in the United States rely on C&R Projects for independent electrical, controls, automation, and telecommunications engineering expertise following equipment failures, fires, explosions, and extended outages. Engagements typically begin right after a loss event, when insurers need a defensible technical understanding of cause, scope, and contributing factors to determine coverage and responsibility, support subrogation or recovery efforts, validate repair scope and Like Kind & Quality (LKQ) replacement, and reduce the likelihood of recurrence. C&R works both independently and alongside specialist forensic firms, adjusters, and legal teams, and also supports these same stakeholders through engineering due diligence and obligations consulting outside the immediate post-loss context.
Challenge
Post-loss environments are high-pressure, time-sensitive, and occasionally adversarial. Investigations typically involve incomplete or conflicting operational data, damaged or destroyed equipment, multiple stakeholders with competing narratives, aging or non-compliant infrastructure, and a lack of modern monitoring or protection records. Insurers need conclusions that are technically rigorous, clearly documented, and defensible under legal scrutiny, not just technically plausible.
Solution
C&R Projects is typically retained as a subject matter expert to investigate electrical and control system failures across LV, MV, and HV assets, analyze protection, grounding, insulation, automation and communication equipment, and transient behavior, review historical design, maintenance, and operational practices, separate initiating causes from consequential damage, evaluate repair strategies including LKQ versus full replacement, and provide expert technical reporting suitable for insurance and legal review. This work spans utilities, renewable energy facilities, industrial plants, municipal infrastructure, and commercial properties.
The approach is structured and evidence-based: site examinations and damage assessment, review of relay records, SCADA logs, waveforms, and alarm data where available, electrical system modeling and fault analysis, design and standards compliance review, and coordination with OEMs, utilities, and contractors, with clear documentation of findings, assumptions, and limitations throughout. The emphasis stays on engineering facts, not speculation, with a clear line drawn between what can and cannot be conclusively determined.
Key Results
Uncertainty reduced in complex loss claims through technically defensible root cause and scope analyses across utility, renewable, industrial, and commercial assets
Credible technical causation narratives established for insurers, supporting subrogation and recovery strategies where appropriate
Unnecessary capital replacement costs avoided through cost-effective LKQ repair options, identified where technically justified
Latent design or maintenance deficiencies that increased loss severity identified and documented
Risk mitigation measures informed to reduce future claims exposure
Looking Ahead
C&R's reports are routinely relied upon by adjusters, insurers, and legal counsel for their clarity, technical depth, and objectivity, work that continues to inform how insurers approach coverage, recovery, and mitigation decisions on complex electrical and controls losses.