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The tool will download a .zip file in your default directory. This is typically you're downloads folder in Windows. To open the tool and explore

Why do Microgrids Matter for Disaster Resilience? Natural disasters such as hurricanes, wildfires, earthquakes, and floods can cause widespread power outages. Microgrids improve resilience by:   ✅  Providing backup power when the grid fails   ✅  Operating independently (islanding mode) during disruptions   ✅  Integrating a wide variety of different sources  How does...

Generation Assets (Combined Heat and Power, Hydro, Diesel Generator) ✅  Impact-resistant generation with anti-hail coatings   ✅  Reinforced towers to withstand high winds   ✅  Seismic-resistant combined heat & power (CHP) systems Energy Storage Systems (Batteries, Flywheel) ✅  Flood-proof battery enclosures to prevent water damage   ✅  Fire-resistant materials to withstand wildfires &...

How are Disaster Risks Measured? Microgrid designers use a severity scoring system to determine which disasters pose the greatest risks. Each hazard is rated based on:  ✅  Impact on infrastructure – Minor, Moderate, Severe   ✅  Likelihood of occurrence – Low, Medium, High   How Do Disasters Affect Microgrid Subsystems?  How Do...

Sandia National Laboratories has developed the Microgrid Hardening Design Toolkit, a decision support software for microgrid stakeholders that is publicly available for download. This tool, delivered in a self-contained executable (.exe) is meant to help stakeholders make geographically informed decisions for microgrid hardening that can be tailored to specific circumstances during normal microgrid design process....

Do you want the full story in granular detail? We've put together a detailed report on the basis and logic behind identification of risks and mitigations Extreme weather events and natural disasters pose significant risks to electrical infrastructure, including microgrids, which are increasingly deployed to enhance energy resilience. This report...

A Complete Decision-making Framework Example: Puerto Rico This reports provides a comprehensive application of the microgrid hardening framework using a coastal community in Puerto Rico as a case study. The case study community operates a solar photovoltaic (PV) and battery energy storage microgrid supplying critical loads such as a health clinic, water infrastructure, and an...

The Harsh Microgrid Toolkit User Guide provides an overview of the tool’s layout, underlying data, and core functionality. Use this guide to understand what you’re seeing on each page and how to use the Toolkit to complete common tasks efficiently and consistently. User-Guide_v0.27Download

Microgrids are localized energy systems that provide power independently or in connection with the main grid. They integrate renewable energy sources (solar, wind, batteries) to ensure continuous power, especially in disaster-prone areas.   Why Do Microgrids Matter? Microgrids help keep the lights on when the main grid goes down, such as...