Towards Future Smart Power Systems with High Penetration of Renewables

Part 1: Emerging technologies and energy vectors
1. Hydrogen for storage and renewable integration
2. Gasification for electrification of rural areas
3. Energy from waste
4. Water-energy nexus
5. Biomass for heating

Part 2: New markets, businesses and structures
6. Energy communities
7. Microgrids and clusters of microgrids
8. Peer-to-peer and blockchain technologies in power systems
9. Storage economy and markets

Part 3: Real projects and case studies
10. Renewables for isolated and rural areas, the case of Ecuador
11. Advances in power smoothing techniques in renewable microgrids: a comprehensive review of the state of the art
12. Real energy communities worldwide
13. Measures for renewable integration in developing countries, the case of Jordan

Part 4: Optimization and control for power systems with renewables
14. Energy management in energy communities
15. Energy management and power flow in microgrids
16. Forecasting techniques for power systems with renewables
17. Optimal energy management of energy storage and electric vehicles in power systems

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• Tecnologia das fontes de energia renovável e alternativa
• Tecnologia e engenharia da energia
• Motores eléctricos
• Indústrias da energia e de outros serviços

Agricultural residues; Agricultural waste; Anaerobic digestion; Biochemical conversion; Bioenergy; Biofuel; Biomass; Biomass gasification; Boiler; Carbon emission reduction; Citizen energy communities; Clean energy; Collective self-consumption; Combined heat and power (CHP); Combustion; Consumer empowerment; Control systems; Desalination; Distributed energy resources; Distributed generation; Distribution system; District heating; Downdraft gasifier; Ecuador; Electric vehicles; Electricity access; Electrolysis; Energy and climate change; Energy application; Energy communities; Energy community; Energy control; Energy economics; Energy hub; Energy management; Energy policy; Energy resource; Energy storage; Energy storage systems; Energy sustainability; Energy system analysis; Energy systems; Energy types; Fermentation; Forecasting methods; Forest residues; Fuel cell; Fuel properties; Furnace; Gasification; Grid stability; Grid to vehicle; Home energy management system; Hydrogen; Local energy communities; Machine learning; Meteorological models; Network tariffs; Neural networks; Off-grid electrification; Operations management; Optimization; Organic waste; Power smoothing; Producer gas; Pyrolysis; Renewable energy; Renewable energy communities; Renewable energy prediction; Renewable energy sources; Rural electrification; Sharing energy; Socioeconomic impact; Sustainability engineering; Sustainable development; Thermochemical conversion; Transesterification; Vehicle to grid; Waste management; Waste-to-energy; Water and energy nexus; Wood chips; Wood pellets