Competition Overview

The Energy Day Case Study Competition revolves around addressing real-world energy challenges through multidisciplinary solutions. Participants will have the chance to choose from a diverse range of problem statements, each presenting unique opportunities for innovation and impact.

Competition Phases
Proposal Phase
Participants are invited to submit their project proposals. This is your opportunity to outline your innovative solution and articulate its potential impact on addressing the chosen problem statement.
Final Solution Phase
Successful proposal entries will progress to the final phase, where participants can delve deeper into their chosen problem statement. Through research, collaboration, and creativity, you will ideate comprehensive solutions to present in the final submission.
One member from each team will be added to a dedicated WhatsApp group upon registration, where all necessary information and updates will be shared throughout the competition journey.
We encourage you to embrace the spirit of exploration, experimentation, and innovation as you embark on this exciting journey. Let your ideas flourish, and may the best solutions emerge!

Problem Statement 1: Leveraging the Mpemba Effect

The "Mpemba effect" is a fascinating discovery known for its ability to speed up cooling through preheating materials. This phenomenon holds promising potential for diverse industries. However, the challenge lies in comprehending and utilizing the Mpemba Effect systematically. The goal is to explore innovative methods and technologies that make use of this effect, focusing on its applications in different industrial settings showing its cost-effectiveness and sustainability than current solutions. By identifying optimal preheating conditions, we aim to enhance efficiency, reduce energy consumption, and elevate overall performance in material processing. This problem aims to unlock practical solutions for accelerated cooling or heating processes, contributing to a more sustainable and efficient approach across industries.
Resources
Mpemba Effect - Wikipedia
In search of a Mpemba effect protocol: Some hot water does cool and freeze faster than cold - ELSEVIER

Problem Statement 2: Sustainable Shift: A Holistic Examination of the 100% EV Transition in India

This study aims to comprehensively assess the challenges and opportunities associated with a national transition to 100% electric vehicles (EVs) in India. Through a data-driven approach, examine key aspects including, but not limited to:

- Resource Sustainability: Investigate the environmental and social impacts of raw material sourcing for EV production.
- Power Grid Adequacy: Evaluate the preparedness of existing power infrastructure to support widespread EV adoption and propose necessary upgrades.
- Emissions Effects: Assess the impact of EVs on air and noise pollution. Policy Recommendations: Informed by sustainability goals, the research will propose policy frameworks to facilitate a smooth and environmentally responsible transition.
This comprehensive analysis should provide valuable insights for policymakers in India navigating the complexities of a potential shift to all-electric transportation.
Resource
Design and Implementation of Electric Vehicle - IRJET

Problem Statement 3: Cyber-safe Power Grids

Current power grids are susceptible to outages from natural disasters and cyberattacks, causing economic harm and disruption. These traditional systems lack the strength to withstand cyber threats, which can manipulate power distribution and lead to widespread blackouts. The answer? We need cutting-edge solutions to make the grid more resistant to cyberattacks. Here's the plan:

- Deep Dive: Research how cyberattacks target the grid.
- Lessons Learned: Analyse existing solutions are already out there in terms of what they are lacking.
- Innovation Station: Ideate even better ways to fight cyberattacks and keep the power flowing to increase the cyber safety in a cost effective manner.
By focusing on cybersecurity, one can dramatically strengthen the grid and minimize disruptions from cyberattacks.
Resource
Cybersecurity in Power Grids: Challenges and Opportunities - MDPI