Welcome to the new Energy Central — same great community, now with a smoother experience. To login, use your Energy Central email and reset your password.

Renewables
Dr Bhawani Singh Rathore
Dr Bhawani Singh Rathore
Top Contributor
 · Posted in Renewables

"Exploring the Future of Renewable Energy with BESS: Insights from Dr. Bhawani Singh Rathore"

 

Key Highlights from the Webinar

Introduction to Battery Energy Storage Systems (BESS):

  • Defined BESS and its importance in renewable energy integration.
  • Explained how BESS enhances grid stability by managing intermittency in solar and wind power generation.

BESS in Renewable Energy Integration:

  • Key role in meeting India’s renewable energy targets:
    • Round-the-Clock Power (RTC): Essential for hybrid solar and wind projects.
    • Ensures grid stability by balancing demand-supply gaps.
  • Discussion on SECI’s (Solar Energy Corporation of India) focus on firm and dispatchable energy projects.

Technical Aspects of BESS:

  • Components of BESS:
    • Lithium-ion batteries as the dominant technology.
    • Alternative battery chemistries like flow batteries and sodium-ion.
  • System Sizing:
    • Case study of a 100 MW and 200 MWh system.
    • Lifecycle costs, payback periods, and factors influencing investment decisions.

Policy and Regulatory Framework:

  • Overview of India’s policy landscape for BESS:
    • National-level incentives for energy storage adoption.
    • Domestic manufacturing promotion under initiatives like Atmanirbhar Bharat.
  • Challenges in implementation due to limited local manufacturing.

Applications of BESS:

  • Energy Storage in Hybrid Systems:
    • Case studies of solar and wind projects with BESS integration.
  • Grid Applications:
    • Frequency regulation, peak shaving, and load shifting.
    • Enhancing grid reliability in regions with high renewable penetration.

Global Practices and Lessons for India:

  • Examples of successful BESS deployments globally.
  • Innovations in storage technology to improve cost efficiency and durability.

Training and Skill Development:

  • Importance of technical training for BESS installation and operation.
  • Opportunities in job creation through BESS projects.

Challenges Discussed

  • High initial costs of BESS systems.
  • Dependency on imports for critical components like lithium.
  • Need for advanced recycling and disposal mechanisms.

Actionable Insights

  1. Industry Adoption: Companies should consider hybrid energy systems incorporating BESS for enhanced efficiency.
  2. Policy Push: Government initiatives need to focus more on incentivizing local manufacturing and innovation.
  3. Skill Building: Training programs for technicians and engineers in BESS technology are critical to address skill gaps.
  4. Global Partnerships: Collaboration with global leaders in energy storage can accelerate technology transfer and development.

Participant Feedback

  • The session was informative and practical, focusing on real-world challenges and opportunities in BESS.
  • Dr. Bhawani’s examples from Indian and global contexts were highly appreciated for clarity and relevance.

Â