Key research themes
1. How do electricity tariff structures and market designs influence optimal energy management and demand-side behavior?
This theme investigates the development and impact of electricity tariff models, pricing strategies, and demand-side management (DSM) mechanisms on consumer behavior, market efficiency, and integration of renewable energy sources. Understanding tariff design is crucial for fostering optimal energy use, enabling peak load management, and supporting renewable energy penetration while maintaining fairness and system reliability.
2. What are the economic feasibility and comparative assessments of renewable and distributed generation technologies in evolving power system economics?
This theme focuses on evaluating investment viability, cost-benefit analysis, and the integration challenges of distributed generation (DG) technologies such as solar photovoltaic (PV), wind, diesel, and hybrid power systems. The objective is to identify economically optimal generation portfolios and contracting strategies for distributed energy resources, considering regulatory frameworks, market mechanisms, and sustainability goals.
3. How can coordinated investment and operation in transmission, generation, storage, and ancillary services optimize power system economics under increasing renewable penetration?
This theme explores models and methodologies enhancing coordination among generation investments, transmission planning, storage deployment, and ancillary service provision. It also examines market structures and optimization techniques addressing reliability, cost minimization, and integration of variable renewables, thereby improving long-term system efficiency in liberalized and transitioning electricity markets.