Energy & Power Generation

Modern power systems are complex, high-risk environments facing mounting regulatory pressure, aging infrastructure, and the challenges of renewable integration. MADE reliability software empowers utilities and energy providers to stay ahead, enabling early risk detection, predictive maintenance, and system-wide failure modeling. The result? Fewer outages, better compliance, and maximized uptime.

Curious how? Read on to discover the power of Model-based RAMS for power & energy systems.

Model-based RAMS and Reliability Software for Energy Markets

Model-Based RAMS

for Power & Energy Infrastructure

Mitigate technical risk, extend asset life, and optimize system reliability from power generation design to grid with MADE reliability software. Built for high-impact engineering, MADE enables real-time failure simulation, availability analysis, and predictive maintenance planning. Drive smarter investment, reduce downtime, and ensure compliance with industry safety and reliability standards.

Model-based RAMS and Reliability Software for Energy Markets

Benefits of MADE

for the Power & Energy Indusrty

    Improve Grid Resilience
    Perform predictive failure and cascading failure effect simulations across power systems to proactively address vulnerabilities.
    Streamline Compliance & Validation
    Automatically generate and maintain regulatory RAMS artifacts aligned with industry standards (e.g., IEC 61508, ISO 55000, NERC), reducing audit effort and certification risk.
    Optimize Maintenance & Asset Lifecycle Costs
    Deploy Digital Risk Twins and CBM validation to extend the useful life of assets, reduce unplanned outages, and support data-driven asset investment decisions.

Why You Need MADE

How MADE Improves The Performance of the Energy & Power Industry

Digital Risk Twin for Power Systems

Build high-fidelity models of turbines, transformers, switchgear, and entire grid architectures to perform simulations for better design decisions.

Standards Based Analysis & Regulatory Alignment

Comply with IEC 61508, NERC/FERC, and ISO 55000. Standardized taxonomies and libraries ensure traceable, auditable risk analysis.

Never Miss a Critical Failure

Create and define the optimum sensor design to capture and report every possible critical system failures.

Blackout and Contingency Risk Assessment

Identify single-point failures, N-k contingencies, and perform fault tree/hazard analysis across substations and lines.

Lifecycle Asset Management & Cost Optimization

Analyze risk over operational life and support investment in upgrades or redesigns with quantified risk trade-offs.

Rapid Fault Isolation and Restoration

Use the Digital Diagnostic Twin (DDT) to model fault propagation paths and identify critical isolation points in real-time. Supports automated root cause analysis, enabling faster recovery from grid disturbances.

Asset Integrity Management for Renewables Integration

Model failure modes and degradation pathways for solar inverters, battery storage units, and wind turbines. Predict life-limiting conditions and optimize inspection/repair intervals using probabilistic risk models.

Regulatory Readiness & Audit Automation

Auto-generate traceable reports aligned with NERC/FERC reliability standards and IEC 61511 for functional safety. Maintain a persistent digital audit trail of all RAMS analyses, design decisions, and mitigations.

Investment Prioritization & Risk-Based Planning

Support cost-benefit trade studies for grid modernization, asset replacements, or DER integration. Prioritize capital investments based on quantified risk, availability impacts, and regulatory compliance drivers.

High Fidelity Failure Simulations

Predict cascading failures and simulate effects of faults in dynamic operating environments using the Digital Risk Twins.

Implement Causation-based FDI

Integrate real-time sensor data with prognostics to schedule preventive maintenance and avoid outages.

Creat a Foundation for Your CBM Methodology

Validate and optimize CBM strategies using the PHM module.

Find Out How a Nuclear Plant Saved $4.2M Using MADE

Discover the tools and strategy behind $4.2M in savings, while ensuring reliability & safety.

Start Your MADE Software Journey Today

Let’s explore how the MADE Realibility Software can transform your engineering processes

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