Advanced Materials for Energy Essentials | 2 days |
Advancements in Air Energy Storage (CAES) Training | 2 days |
Advances in Power Transformers, Circuit Breakers, and Switchgear Essentials | 2 days |
AI and Digital Twins in Renewable Energy Essentials | 2 days |
AI and Machine Learning for Energy Security Essentials | 2 days |
AI and Quantum Computing in Energy Fundamentals | 2 days |
AI for Predictive Energy Threat Detection Fundamentals | 2 days |
AI-Driven Nuclear Reactor Safety and Efficiency Essentials | 2 days |
Battery Energy Storage Systems (BESS) Essentials: Engineering, Management, Testing, Safety, Reliability, and Maintenance | 2 days |
Battery Energy Storage Systems (BESS) Fundamentals for Engineers and Managers | 2 days |
BESS Services & Applications Testing Requirements: Ensuring Compliance and Performance | 2 days |
Breakthroughs in Fusion Energy Essentials | 2 days |
Building a Resilient and Secure Energy Grid Essentials | 2 days |
Carbon Capture & Utilization (CCU) Materials Essentials | 2 days |
Carbon Markets & Emissions Trading Training | 2 days |
Case Studies: Cyberattacks on Colonial Pipeline, Ukraine’s Power Grid, and Beyond | 2 days |
Case Studies: Puerto Rico Post-Hurricane Grid Recovery, Arctic Energy Systems | 2 days |
Challenges in Integrating Renewables into the Grid Training | 2 days |
CHP and Renewable Energy Integration: Biomass, Solar, and Waste-to-Energy Systems Training | 2 days |
CHP in Industrial and Campus Microgrids Fundamentals | 2 days |
Combined Heat and Power (CHP) Systems: Design, Optimization, and Implementation Workshop | 2 days |
Compressed Air Energy Storage (CAES) & Gravity-Based Storage Fundamentals | 2 days |
Critical Energy Infrastructure Protection (CEIP) Essentials | 2 days |
Cyber Threats in Power Grids and Energy Systems Essentials | 2 days |
Cybersecurity for Energy Infrastructure Essentials | 2 days |
Decarbonization: The Key to Clean Energy | 2 days |
Decentralized Energy Networks Fundamentals: Blockchain, P2P Energy Trading, and Virtual Power Plants | 2 days |
Digital Substations and the Future of Grid Automation Training | 2 days |
Digital Twin Applications for Energy Systems Training | 2 days |
Digital Twin Technology for Energy Resilience Training | 2 days |
Energy Beaming Fundamentals: Wireless Power Transmission from Space | 2 days |
Energy Efficiency and Cost Savings with CHP Implementation Essentials | 2 days |
Energy Policy, Markets, & Investment Trends Fundamentals | 2 days |
Energy Security & Decentralized Power Generation Fundamentals | 2 days |
Energy Security and Geopolitics Fundamentals | 2 days |
Energy Storage and AI Fundamentals | 2 days |
Energy Storage and Security Essentials: BESS, Pumped Hydro, and Gravity Batteries | 2 days |
Environmental Regulations and Challenges in Waste-to-Energy Projects Essentials | 2 days |
Fundamentals of Battery Energy Storage System (BESS) | 2 days |
Fundamentals of Energy Pricing and Tariff Structures | 2 days |
Fundamentals of Renewable Energy Certificates (RECs) and Carbon Credits | 2 days |
Fundamentals of Renewable Energy Technologies | 2 days |
Geopolitical Implications of Energy Transition Training | 2 days |
Global Energy Transition Strategies Fundamentals | 2 days |
Gravity-Based Storage Systems Fundamentals | 2 days |
Grid Modernization Fundamentals: Smart Grids, AI, and IoT Integration | 2 days |
Grid-Scale Energy Storage Technologies Training | 2 days |
High-Performance Battery Materials Masterclass | 2 days |
Introduction to CHP: How It Works and Key Benefits | 2 days |
Introduction to Energy Storage Systems (ESS) | 2 days |
Introduction to Green Energy and Sustainability | 2 days |
Introduction to Hybrid Energy Systems Training | 2 days |
Introduction to Substation Components and Functions Fundamentals | 2 days |
Long-Duration Energy Storage (LDES) Training | 2 days |
Lunar and Martian Energy Systems Training for Future Space Missions | 2 days |
Microgrids for Military, Disaster Recovery, and Remote Areas Essentials | 2 days |
Oil, Gas, and Energy Wars: Case Studies from Ukraine, Middle East, and South China Sea | 2 days |
Overview of CHP Technologies: Steam Turbines, Gas Turbines, Reciprocating Engines, and Fuel Cells | 2 days |
Public-Private Partnerships in Renewable Energy Essentials | 2 days |
Quantum Computing for Energy Grid Optimization Essentials | 2 days |
Regulatory and Policy Considerations for CHP Adoption Training | 2 days |
Reliability Assessment in Renewable Energy Systems Essentials | 2 days |
Renewable Energy & Advanced Energy Storage Essentials | 2 days |
Renewable Energy & Advanced Energy Storage Essentials Training | 2 days |
Renewable Energy Policies, Marketing, And Trading | 2 days |
Renewable Energy Policies, Marketing, And Trading; Energy Policy, Market Trends, And Technological Innovations; | 2 days |
Renewable Substation Design and Modernization Masterclass | 2 days |
Securing SCADA and Industrial Control Systems (ICS) Fundamentals | 2 days |
Self-Healing & Smart Materials for Energy Systems Essentials | 2 days |
Space-Based Energy and Energy Essentials | 2 days |
Space-Based Nuclear Power Essentials for Defense and Off-World Colonization | 2 days |
Strategic Energy Alliances (OPEC+, BRICS, EU, etc.) Fundamentals | 2 days |
Strategic Energy Resilience Planning Training for Governments and Enterprises | 2 days |
Substation Automation and Remote Monitoring Masterclass | 2 days |
Superconductors for Energy Transmission Training | 2 days |
Sustainable Environmental Systems Engineering Training | 2 days |
The Role of AI in Energy Management and Optimization Training | 2 days |
The Role of Energy in National Security Fundamentals | 2 days |
The Role of Quantum Computing in Energy Optimization Essentials | 2 days |
Types of Substations: AIS, GIS, Hybrid, Digital Substations Fundamentals | 2 days |
Underground & Offshore Compressed Air Storage Fundamentals | 2 days |
Understanding the Global Energy Landscape Fundamentals | 2 days |