Grid resilience and cascading failures
Perform predictive failure and cascading failure effect simulations across power systems to proactively address vulnerabilities.
Energy & Power
Model-based RAMS for resilient, reliable power systems.
MADE helps utilities and energy providers detect risk earlier, model system-wide failures, optimise maintenance and improve uptime across generation, transmission, distribution and renewable energy infrastructure.
Grid Resilience
Model cascading failures and critical dependencies.
Asset Life
Extend useful life through risk-informed maintenance.
Compliance
Support traceable RAMS evidence and reporting.
Renewables
Assess integration risk across changing energy systems.
Uptime
Reduce outages and improve operational continuity.
Why Energy & Power Needs MADE
Modern power systems are complex, high-risk and under increasing pressure.
Modern power systems face mounting regulatory pressure, aging infrastructure, renewable integration, grid complexity and rising expectations for uptime. MADE reliability software helps utilities and energy providers stay ahead by enabling early risk detection, predictive maintenance and system-wide failure modelling.
Curious how?
Read on to discover the power of Model-based RAMS for power and energy systems — from Digital Risk Twins to cascading failure simulation, regulatory alignment, diagnostics, maintenance optimisation and lifecycle planning.
Model-Based RAMS
Mitigate technical risk from generation to grid.
For Power & Energy Infrastructure
MADE supports real-time failure simulation, availability analysis and predictive maintenance planning. It helps drive smarter investment, reduce downtime, extend asset life and support compliance with safety and reliability standards.
Energy & Power challenges MADE helps address
MADE supports utilities and energy providers managing complex assets, aging infrastructure, renewables, compliance pressure and reliability expectations.
Compliance and validation
Generate and maintain traceable RAMS artefacts to reduce audit effort, improve consistency and support regulatory readiness.
Maintenance and asset lifecycle cost
Use Digital Risk Twins and CBM validation to extend asset life, reduce unplanned outages and support investment decisions.
Situational awareness and control
Enable real-time health monitoring and failure impact prediction across distributed energy systems.
Renewable integration risk
Model degradation and failure pathways for solar inverters, battery storage, wind assets and hybrid energy systems.
Design-to-deployment speed
Reduce engineering iteration cycles and support cross-discipline collaboration through model-based RAMS workflows.
Digital Risk Twin
Connect generation, grid and renewables into one reliability model.
MADE enables high-fidelity Digital Risk Twins of turbines, transformers, switchgear, substations, grid architectures and renewable assets. This supports simulation, failure propagation analysis, maintenance optimisation and better design decisions.
Model turbines, transformers, switchgear and grid architectures.
Identify single-point failures and N-k contingency risks.
Support traceable risk analysis, investment planning and regulatory readiness.
Digital
Risk Twin
Risk Twin
Why power and energy teams need MADE
MADE improves performance by connecting risk, reliability, diagnostics, maintenance and compliance into one model-based engineering environment.
Standards-aligned analysis
Use standardised taxonomies and libraries to support traceable, auditable risk analysis.
Critical failure coverage
Define sensor designs to capture and report critical system failures.
Blackout and contingency risk
Identify single-point failures, contingency risks and failure pathways across substations and lines.
Lifecycle asset management
Analyse risk over operational life and support asset upgrades or redesign with quantified trade-offs.
Rapid fault isolation
Use Digital Diagnostic Twins to model fault propagation paths and identify isolation points in real time.
Risk-based investment planning
Prioritise capital investments based on quantified risk, availability impacts and compliance drivers.
High-fidelity failure simulation
Predict cascading failures and simulate fault effects in dynamic operating environments.
Causation-based FDI
Integrate sensor data with diagnostic reasoning to support preventive maintenance and avoid outages.
CBM methodology foundation
Validate and optimise condition-based maintenance strategies using the MADE PHM module.
Recommended Resource
Download the MADE Power & Energy brochure.
See how MADE supports model-based RAMS, Digital Risk Twins, diagnostics, FTA, FMEA, FHA, lifecycle asset management and risk-based planning for power and energy systems.
MADE capabilities for Power & Energy RAMS
MADE brings reliability, availability, diagnostics, safety and lifecycle analysis together in one model-based environment.
Fault Tree Analysis
At the touch of a button
MADE’s automated Fault Tree Analysis helps identify and mitigate critical system risks. By tracing failure pathways from top-level events to root causes, MADE supports safety, compliance and downtime reduction across generation, transmission and distribution systems.
Failure Mode Effects Analysis
Objective, faster and repeatable
MADE’s automated FMEA enables early detection of potential failure modes in power systems. Its model-based approach makes analysis repeatable as designs, assets and models update.
Functional Hazard Assessment
Better power system safety
MADE’s FHA helps the power sector assess and prioritise functional failures before they lead to hazards. It supports safer system design by linking functions to risks and identifying critical loss scenarios early.
Outcomes for Energy & Power organisations
MADE helps teams move from fragmented analysis to connected engineering intelligence.
Reduce outage risk
Model cascading failures, redundancy, contingency scenarios and critical dependencies.
Improve compliance readiness
Support traceable, repeatable and auditable RAMS analysis.
Optimise asset lifecycle
Prioritise upgrades, maintenance and replacement decisions using quantified risk.
Improve fault response
Use Digital Diagnostic Twins to support faster isolation and restoration.
Support renewable integration
Assess degradation, failure pathways and availability impacts of hybrid assets.
Maximise uptime
Improve operational continuity through predictive maintenance and system-wide modelling.
Build more resilient power systems with MADE.
MADE enables energy and power teams to unify risk, reliability, diagnostics, maintenance and compliance analysis within a single model-based engineering framework — helping organisations reduce outages, improve uptime and make better lifecycle decisions.
Start Your MADE Software Journey Today
Let’s explore how the MADE Reliability Software can transform your engineering processes
Whether you have a specific challenge in mind or just want to learn more, we’re here to help. Fill out the form below and one of our experts will get back to you shortly with insights tailored to your needs.
