Program Overview:
This course provides unique and multi-disciplinary insights on how to understand, design, plan and
evaluate the intelligent and integrated new energy systems in the rapidly evolving energy sector.
The program focuses on four main aspects: technology, digitalization, policy and feasibility, and
innovations for sustainable new energy business, thereby providing the learner with a holistic view
of the revolution in energy systems and power grids.
Who should attend?
- Energy Engineers
- Electrical Engineers
- Renewable Energy Supervisors
- Business Development and Planning Staff
- Energy Networks Staff
Instructor:
Duration: 05 days
Objective:
- Acquire an overview on the different clean energy technologies and their competitiveness
- Familiarise with global trends in renewable energy investments, implementation, and energy
transition
- Understand the different policies and incentive schemes for the promotion of Renewable Energy technologies
- Be acquainted with project development and management processes
- Acquire awareness of technical, economic, policy, legislation, feasibility, investment, risk, and
market environment aspects of renewable energy projects
- Acquire the knowledge needed to plan and manage renewable energy projects during design,
contracting, construction, commissioning, operation and maintenance and decommissioning
- Conduct life cycle assessment process for renewable energy projects and assess their bankability
- Acquire the skill of modelling and simulation for successful, bankable clean energy projects
Contents & Outlines:
DAY ONE: RENEWABLE ENERGY TECHNOLOGIES
- Renewable Energy Potential Worldwide
- Resource assessment for Renewable Energy: Reliable Measurement and Modelling
- Pillars for successful Renewable Energy Plans and Projects
DAY TWO: GLOBAL STATUS AND FUTURE TRENDS
- International Initiatives
- Energy Transition Scenarios: Climate Change
- Global status
DAY THREE: RISK ANALYSIS I
- Risk Classification for Renewable Energy Projects
- Resource Assessment Risks-Inaccuracy in Resource Assessment (Measurement and Modelling)
DAY FOUR: RISK ANALYSIS II
- Investment and Financial Risks
- Currency Hedging Risks
- Political Instability/Terrorism Risks
- Environmental Risks-Health and Safety Risks
DAY FIVE: PROJECT FEASIBILITY ASSESSMENT AND MODELING
- Global status on Investments, Industry, and Policies in Clean Energy-Outlook
- Techno-economic Feasibility Study Elements
- Risks and environmental impacts of clean energy project implementation
- Cost-Benefit Analysis
- Simulations on feasibility case studies using the Retscreen/SAM tools
