2019 Innovations in Compressed Air Energy Storage, Marine Electrification, Wind Turbine Monitoring, Thermal Energy Storage, and Smart Energy Management - ResearchAndMarkets.com

Technology & Business

DUBLIN--(BUSINESS WIRE)--The "Innovations in Compressed Air Energy Storage, Marine Electrification, Wind Turbine Monitoring, Thermal Energy Storage, and Smart Energy Management" report has been added to ResearchAndMarkets.com's offering.

This edition of the Energy and Power Systems TechVision Opportunity Engine (TOE) focuses on developments in compressed air energy storage, marine electrification, wind turbine monitoring, thermal energy storage. Each of these innovations and profiles address a key challenge in each of these sectors.

The slag-based molten energy storage innovation for instance focuses on the making the steel industry more energy efficient and thermal energy storage more cost-effective. Similarly, the hybrid electric propulsion focuses on reducing emissions due to vessels and make the marine sector more efficient in fuel usage. This will be particularly useful given the stringent regulations imposed by IMO for emissions reduction.

The TOE also covers innovations in smart energy management and wind turbines inspection. An interesting new concept called solar-wind inverted flags for energy harvesting that can be used in small-scale electronics is discussed along with the design aspects modified and limitations addressed to enhance performance.

Key Topics Covered

  1. Offshore Automated Inspection with State-of-the-art Drone
  2. Sandia National Laboratories to Validate Compliance with Industry Standards
  3. Greater Awareness Required on Effectiveness of Drones to Accelerate Adoption
  4. Eco-friendly Energy Storage Option to Accelerate Adoption of Renewable Energy
  5. Further R&D Required to Better the Technology
  6. New Funding Activities to Enable Setting up of Production Line
  7. Smart Solar Home Systems for Off-grid Communities
  8. Innovative Business Models to Facilitate Adoption of BBOXX System
  9. Mobile Payment Option Enables Product Scalability
  10. Smart Energy Management Module Integrates Renewable Energy and Energy Storage
  11. In-house Production Line is Likely to be Constructed
  12. International Standards Required to Put in Place DC Nanogrids
  13. Novel Device Enables Simultaneous Harvesting of Wind and Solar Energies
  14. Real-life Applications Require Multiple Integrated Inverter Flags Combined Together
  15. Material Limitation Overcome with Metal Shim Substrate
  16. Compressed Air Energy Storage Unit in Texas
  17. CAES can Support Large Scale Off Grid Renewable Installations
  18. Recent Projects Show a Strong Future Globally
  19. Hybrid Propulsion Model for Vessels
  20. Hybrid and Electric Propulsion can Reduce Fuel Consumption
  21. Fuel Cells and Batteries to Dominate the Marine Propulsion Sector
  22. Slag-based Thermal Energy Storage
  23. There is Still a Need for a Cost-effective, High Temperature Solution
  24. Developing Solutions for CSP Applications can Prove to be a Market Game Changer
  25. Machine Learning Monitoring Solutions for Wind Turbines
  26. Crucial in Ensuring Reliability and Minimizing Intermittency
  27. Other Sectors Impacted Include Solar Energy and Demand Response
  28. Reliability-based Planning Model for the Design of Future AC-DC Hybrid Distribution Systems
  29. AC-DC Hybrid Distribution System Ensures Effective Integration of DC Sources and Loads
  30. AC-DC Hybrid Grids Create Opportunity for High Efficient Future Power Systems
  31. Novel Design Approach Allows to Eliminate Erosion of Wind Turbine Blades
  32. Artificial Intelligence Helps in Enhanced Material Development
  33. Continuing Improvement in Wind Technologies Reduces Cost of Wind Energy Generation
  34. High Performance Proton Battery Electrode Revolutionizes Electrochemical Energy Storage
  35. Electrochemical Energy Storage Create Opportunities for Transformation of Energy Sectors
  36. Advancements in Material Science Pave the Way for Cost-effective Storage Technologies
  37. High-performance Electrode Material for Highly Durable High-voltage Supercapacitors
  38. Supercapacitors Facilitate Development of Flexible Electronics
  39. Improvements in Electrodes Material Improves Supercapacitor's Stability
  40. Design Optimization Tool Improves Perovskite Solar Cell Performance
  41. Ability to be Printed or Sprayed on Various Substrates Extends the Applications of
  42. Advances in Long-term Stability Can Help Commercialization of Perovskite Solar Cells
  43. Key Contacts

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