Microgrids in the 21st Century
- Advanced control systems for microgrids and distributed generation
- New storage technologies, including batteries and hydrogen storage
- Grid-interactive buildings and how they can be used to support microgrids
- Transitioning to a more sustainable and resilient energy system
- Generation & Distribution Systems
| Successful Projects
- Examples including healthcare, education, and manufacturing
- Lessons learned from these projects, including best practices and challenges encountered
- Case studies that focus on the integration of renewable energy sources into microgrids
- Increase Energy Security for Critical Facilities
| Policy and Regulatory
- Net metering policies and their impact on the deployment of distributed energy resources
- Incentives and other policy mechanisms to support the development of microgrids and distributed generation
- How utilities are adapting to the deployment of microgrids and distributed generation, including the impact on the grid and business models
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Cybersecurity and Data Management
- Best practices for securing microgrids and distributed generation systems against cyber threats
- Managing the large amounts of data generated by microgrids and distributed generation systems
- The impact of data management and cybersecurity on the reliability and resilience of microgrids and distributed generation systems
| Integrating Renewable Energy
- Integrating Renewable Energy into Microgrids and Distributed Generation Systems
- Challenges and opportunities associated with integrating solar, wind, and other renewable energy sources into microgrids
- The role of energy storage in enabling greater penetration of renewables into microgrids
- Case studies of successful projects that have integrated renewable energy into microgrids and distributed generation systems
| Economics
- Economics: Costs, Benefits, Financing, and Business Models
- Financing options for microgrids and distributed generation systems, including public-private partnerships and innovative financing models
- Business models for microgrid and distributed generation deployment, including ownership and operation models
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Smart Grid
- More Efficient Transmission Of Electricity
- Quicker Restoration Of Electricity After Power Disturbances
- Reduced Operations & Management Costs For Utilities, And Ultimately Lower Power Costs For Consumers
- Reduced Peak Demand, Which Will Also Help Lower Electricity Rates
- Increased Integration Of Large-Scale Renewable Energy Systems
- Better Integration Of Customer-Owner Power Generation Systems, Including Renewable Energy Systems
- Improved Security
| Iot-Driven Grid Management Systems
- Optimizing Line Voltage To Minimize Energy Losses And Line Damage
- Locating The Source Of Sags, Surges & Outages
- Improving Load Balancing, Restoring Services Faster & Making Safer Override Decisions
- Identifying The Source Of Technical & Nontechnical Losses In The System
- Reducing The Costs Of Service
- Lowering Outage Investigation Times By Isolating Fault Locations
| Anchor Generation for Microgrids
- 24 X 7 Uninterruptible Power
- Avoided T&D Investments
- Improved Power Quality
- Energy Security & Resilience Under Threats
- Air Pollutant Reduction
- Reduced Water Usage
- IPower Factor & Voltage Profile Improvement
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Electrification of Transportation
- Microgrids and Distributed Generation for Electrification of Transportation: Challenges and Opportunities
- The impact of electrification of transportation on the grid and the role of microgrids and distributed generation in managing this impact
- Examples of successful projects that have deployed microgrids and distributed generation to support EV charging infrastructure
- The future of microgrids and distributed generation in supporting the growth of electric vehicles and other forms of electrified transportation
| Remote and Off-Grid Locations
- Microgrids and Distributed Generation for Remote and Off-Grid Locations
- Examples of successful microgrid and distributed generation projects in remote and off-grid locations, including mining, agriculture, and remote communities
- Challenges and opportunities associated with deploying microgrids and distributed generation systems in remote and off-grid locations
- The role of microgrids and distributed generation systems in enabling greater access to energy in underserved areas
| Disaster Resilience
- Lessons Learned and Best Practices
- Case studies of microgrids and distributed generation systems used for disaster resilience, including examples of projects that have withstood extreme weather events
- Best practices for designing and operating microgrids and distributed generation systems for disaster resilience
- The role of microgrids and distributed generation systems in improving community resilience to natural disasters
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