Ph.D. Research Work

1. Developing Game Theory-Based Market-Linked Energy Purchase Contracts and Derivative Contracts:

The development of innovative market-linked energy purchase contracts and derivative contracts using game theory focuses on strategic decision-making. Game theory helps model interactions between buyers and sellers in volatile energy markets. This approach aligns the incentives of all parties, balancing supply-demand dynamics, pricing, and risk-sharing mechanisms. It optimizes contract design, considering competition, cooperation, and market conditions, ultimately leading to efficient and sustainable energy transactions.

2. Exploring the Viability of Green Hydrogen, EVs, and Energy Derivatives for the Indian Market:

The Indian energy market is transitioning toward sustainability, making the exploration of green hydrogen, electric vehicles (EVs), and energy derivatives crucial. This research assesses the technical and financial feasibility of green hydrogen as a clean energy source, EVs for reducing carbon emissions in transportation, and energy derivatives to hedge risks in a rapidly evolving market. The study analyzes infrastructure needs, policy support, and market readiness, aiming for long-term, low-carbon energy solutions.