A presentation on the topic of liquid electricity

A presentation on liquid electricity

1. LIQUID ELECTRICITY PRESENTED BY MOHAMMED DHANISH KMC21EE04 GUIDED BY ASST. PROFESSOR Ms. ANAGHA PRAVEEN

2. CONTENTS ABSTRACT INTRODUCTION KEY COMPONENTS AND TECHNOLOGIES ADVANTAGES AREA OF STUDY

3. ABSTRACT Concept: Energy storage in liquid forms, like advanced electrolytes. Technologies: Redox flow batteries and similar systems. Advantages: High energy density, fast cycles, scalable, eco-friendly. Challenges: Efficiency, cost, sustainability, grid integration. Applications: Renewable energy, grid stability, Evs , electronics. Page No. 1

4. INTRODUCTION Definition: Storing energy in liquid forms using advanced electrolytes. Importance: Boosts efficiency and flexibility in power systems. Technologies: Includes scalable redox flow batteries. Significance: High energy density, eco-friendly, impacts renewable energy and Evs . Page No.2

5. KEY COMPONENTS AND TECHNOLOGIES Redox Flow Batteries: Scalable energy storage system using liquid electrolytes. Electrolytes: Liquid solutions that store and transfer energy. Ion Exchange Membranes: Separates electrolytes while allowing ion flow. Energy Density: Higher compared to traditional batteries, improving storage efficiency. Page No.3

6. Charge-Discharge Cycles: Rapid cycles enhance performance and longevity. Scalability: Easily scalable for various applications, from grid storage to Evs . Page No.4

7. ADVANTAGES High Energy Density: Compact energy storage. Fast Cycles: Quick charge and discharge Suits various energy needs. Eco-Friendly: Greener than traditional batteries. Flexible: Integrates with diverse energy systems. Long Lifespan: Durable and efficient. Page No.5

8. AREA OF STUDY Electrolyte Chemistry Battery Design Integration with Renewable Energy Page No.6

9. THANK YOU