TECHNICAL PAPER PRESENTATION Your Presentation Title Goes Here Author Name¹ Co-Author Name² ¹ Affiliation One ² Affiliation Two Paper ID 000 Track Name September 0406, 2026 IPRECON 2026 IEEE International Power Renewable Energy
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TECHNICAL PAPER PRESENTATION Your Presentation Title Goes Here Author Name¹ · Co-Author Name² ¹ Affiliation One ² Affiliation Two Paper ID 000 · Track Name · September 04–06, 2026 IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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PRESENTATION OUTLINE Agenda 01 Introduction & Motivation 02 Literature Review 03 Proposed Methodology 04 System Implementation 05 Results & Discussion 06 Conclusion & Future Work IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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SECTION 01 01 Introduction & Motivation One line describing what this section of the talk will cover. IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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SECTION 01 · INTRODUCTION Motivation & Problem Statement State the real-world challenge your work addresses in one crisp sentence. Explain why existing approaches fall short or leave a gap. Introduce the core idea of your contribution at a high level. Preview the outcome or headline result you will demonstrate. KEY FIGURE 40% of global electricity demand met by renewables by 2030 under current trends. IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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SECTION 03 · METHODOLOGY Proposed Methodology A System Model First defining assumption or component of the model. Second element — governing equations or inputs. Third element — constraints or operating range. B Control Strategy How the controller or algorithm operates. Objective function or decision criteria. What makes it different from the baseline. IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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SECTION 04 · IMPLEMENTATION Experimental Setup ▣ DROP FIGURE / PHOTO · 4:3 Figure 1 · Setup One or two sentences describing what the figure shows and how to read it. Hardware / dataset detail Parameter or configuration Measurement or metric captured IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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“ Reserve a whole slide for the one claim, result or takeaway you most want the audience to remember. — Supporting attribution, source or brief context IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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SECTION 05 · RESULTS Key Results 23% Lower grid losses versus the conventional baseline controller. 98.6% Prediction accuracy on the held-out validation dataset. 1.4s Response time to reach steady state after a disturbance. IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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SECTION 05 · RESULTS Performance Comparison Method Accuracy Latency (ms) Params (M) Cost Baseline CNN 91.2% 42 12.4 Low ResNet-50 94.5% 65 25.6 Medium Transformer 96.1% 88 41.0 High Proposed 98.6% 31 9.8 Low IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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AUTHORS & CONTRIBUTORS Research Team PHOTO Author One Lead Author Department, Institution PHOTO Author Two Co-Author Department, Institution PHOTO Author Three Co-Author Department, Institution PHOTO Advisor Supervisor Department, Institution IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
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THANK YOU Thank You Questions & Discussion EMAIL presenter@institution.edu CONFERENCE iprecon.org VENUE College of Engineering Karunagappally, Kerala, India IPRECON 2026 IEEE International Power & Renewable Energy Conference 24 July 2026<br>
