| Distribution Synchrophasors |
17 |
| What Drives Energy Consumers? |
15 |
| Setting the Smart Solar Standard Collaborations Between Hawaiian Electric and the National Renewable Energy Laboratory |
10 |
| From AlphaGo to Power System AI |
8 |
| Designing for High-Voltage dc Grid Protection Fault Clearing Strategies and Protection Algorithms |
6 |
| How Electric Vehicles and the Grid Work Together Lessons Learned from One of the Largest Electric Vehicle Trials in the World |
6 |
| At the Heart Of a Sustainable Energy Transition |
6 |
| Heat Electrification |
6 |
| Big Data Analytics in China's Electric Power Industry |
5 |
| Integrated Wind, Solar, and Energy Storage |
5 |
| Distributed Generation and Megacities Are Renewables the Answer? |
5 |
| Adopting Circuit Breakers for High-Voltage dc Networks |
5 |
| A Change Is Coming How Regulation and Innovation Are Reshaping the European Union's Electricity Markets |
5 |
| Three Waves of US Reforms Following the Path of Wholesale Electricity Market Restructuring |
4 |
| Electricity Markets in the United States Power Industry Restructuring Processes for the Present and Future |
4 |
| The Use of Probabilistic Forecasts Applying Them in Theory and Practice |
4 |
| Visualizing Big Energy Data |
4 |
| Electrification and the Future of Electricity Markets |
4 |
| An Electrified Future |
3 |
| Training Energy Data Scientists |
3 |
| Weather Data for Energy Analytics |
3 |
| Changing Household Energy Usage |
3 |
| Expanding Power Systems in the Republic of Korea Feasibility Studies and Future Challenges |
3 |
| Why Distributed? |
3 |
| Cost-Effective Decarbonization in a Decentralized Market The Benefits of Using Flexible Technologies and Resources |
3 |
| The Bottom-Up (R)Evolution of the Electric Power System |
3 |
| Nuclear Energy in a Carbon-Constrained World |
2 |
| A Subtransmission Metropolitan Power Grid |
2 |
| Developing Local Energy Markets |
2 |
| Operational Coordination Architecture |
2 |
| Distributed Energy Resources Take Center Stage |
2 |
| Ensuring System Reliability |
2 |
| Smart and Green Substations |
2 |
| The Impact of Distributed Energy Resources on Bulk Power Systems |
2 |
| A Part of the Energy In Crowd |
2 |
| Communication Is Key |
2 |
| Electricity System Reform Requirements A Novel Implementation Approach to Grid Management and Control |
2 |
| A Smarter Grid Operation New Energy Management Systems in China |
2 |
| An Electrified Nation |
2 |
| On the Path to Decarbonization |
2 |
| System Restoration Readiness |
1 |
| Electrification in the United Kingdom |
1 |
| Off the Beaten Path Resiliency and Associated Risk |
1 |
| Online Power Education |
1 |
| Planning for the Future |
1 |
| The Substation of the Future Moving Toward a Digital Solution |
1 |
| Substations for Future HVdc Grids |
1 |
| Synchronous Condenser Applications Under Significant Resource Portfolio Changes |
1 |
| Managing the New Grid Delivering Sustainable Electrical Energy |
1 |
| Improving Grid Resilience Using High-Voltage dc Strengthening the Security of Power System Stability |
1 |
