PowerPoint Presentation

[Audio] . [image] Title: HYDROPOWER FEASIBILITY STUDY Presented by: Pravallika Devi Kommana Program: 1 MIB Green Skills Internship Date: 04-08-2025.

[Audio] Today, we will discuss the first item on our agenda: the hydropower feasibility study. The study aimed to determine the potential for developing a hydropower project in our region in order to explore new renewable energy sources, reduce our carbon footprint, and provide a sustainable energy solution for the future. The objectives of the study were to identify potential sites for hydropower development, assess the technical and economic feasibility, and provide recommendations for moving forward. Various tools and methods, such as satellite imagery, site visits, and data analysis, were used to determine the viability of a hydropower project. Slide number 2 will provide an overview of the key insights from the study, including the visualization of the hydropower potential and the most promising sites for development. We will then discuss the expected outcomes of the project and how it will benefit our stakeholders. We will also introduce the various stakeholders involved and their roles and responsibilities. The following slide will outline our plans for implementation. Afterwards, we will summarise the feedback from stakeholders and how it has influenced our decisions. We will also present a dashboard prototype to aid in monitoring and tracking the project's progress. Finally, we would like to thank all our stakeholders for their support and contributions. Let's now move on to slide number 3..

[Audio] On slide number 3 of our presentation, we will be discussing the "HYDROPOWER FEASIBILITY STUDY", an essential aspect of our program at IMIB Green Skills Internship. Our presenter, Pravallika Devi Kommana, will provide an in-depth analysis of the feasibility of hydropower in South India, using real-time data and advanced visualization tools. Let's explore the potential of sustainable energy planning and development in this region through this presentation and discover the possibilities for a greener future..

[Audio] Slide number 4 of our presentation will discuss the project's introduction and the reason for its implementation. The image on this slide illustrates hydropower, a clean and renewable source of energy. It utilizes the natural flow of water to produce electricity, providing an environmentally friendly option with minimal carbon footprint. South India's advantageous location for hydropower will now be examined. With high seasonal rainfall and abundant river systems, the region has ideal conditions for hydropower production. This natural advantage makes it a promising area for the project's implementation. The increasing energy demands and concerns about climate change have made renewable energy sources, such as hydropower, a strategic priority for sustainable regional development. The project's objective is to evaluate hydropower feasibility using real-time data and interactive visualization tools. These tools will support evidence-based planning and decision-making. Let's move on to the next slide for more information on the project's purpose..

[Audio] In this presentation, we will discuss the objectives and components of our project to achieve our overall goal. Our first topic is the analysis of rainfall distribution in South Indian regions, where we will examine spatial and seasonal patterns to identify potential hotspots for energy generation. This will aid in identifying areas with strong potential for hydropower. Next, we will address the crucial role of stakeholder feedback in our project. Through our study of rainfall, river flow data, and elevation parameters, we will be able to determine zones with strong potential for hydropower, thus aiding in decision making and providing a comprehensive understanding of the most viable energy generation areas. We will also emphasize the importance of policy support in our project. To increase accessibility and enhance visualization of data, we will develop an interactive Tableau dashboard to display rainfall, river networks, and elevation layers. This will improve data interpretation and provide a better understanding of potential hydropower areas. Additionally, we will conduct a survey to gather stakeholder feedback and assess public understanding, providing actionable suggestions to improve hydropower feasibility tools and help us make informed decisions. Lastly, we will discuss how our research and analysis will contribute to sustainable energy planning and policymaking. Through research-backed feasibility assessment and interactive visualization, we aim to aid in sustainable energy planning and policymaking by using reliable data and analysis..

[Audio] This presentation discusses the tools and methods used for data collection. The sources of data used include monthly and annual rainfall information from the Indian Meteorological Department, as well as river basin and watershed data from national water portals. Elevation data was also utilized to assess flow potential. Tableau Desktop was used to create interactive dashboards for easy visualization, and Google Forms was used to collect feedback from stakeholders. The data analysis process involved cleaning and formatting the datasets, creating maps and filters in Tableau, and overlaying rainfall with river flow data to identify potential locations for hydropower projects. This approach has allowed us to identify key areas for success in our project..

[Audio] This is slide number 7 out of the total 14 slides. It features a visualization of the hydropower potential in four states of India: Andhra Pradesh, Karnataka, Tamil Nadu, and Telangana. The chart shows the potential capacity for each state in megawatts, which helps in prioritizing efforts. Moving on, the next slide presents regional insights on the hydropower match grid, comparing the potential capacity with the annual rainfall figures in key regions. For instance, states like Karnataka and Andhra Pradesh have a higher potential due to their mountainous terrain and higher rainfall, while states like Tamil Nadu have a lower capacity due to their flatter terrain and lower rainfall. Slide number 8 displays a rainfall analysis chart that compares the average annual rainfall in millimeters for key river basins such as Godavari, Kaveri, Krishna, and Vaigai. This provides a better understanding of the relationship between the potential hydropower capacity and the rainfall in these regions. Lastly, the planner utility dashboard allows planners to efficiently correlate rainfall with river flow, identifying and prioritizing potential sites for hydropower development. This enables us to optimize our resources and make informed decisions for our project plans. Let's now move on to the next slide..

[Audio] We will now discuss slide number eight and examine the key insights from our recent research. Our findings have revealed significant variations, indicating that there are multiple factors at play and a one-size-fits-all approach may not be the most effective. Our research has identified strong zones with potential for further development and growth, as well as correlations at the basin level, suggesting that success in one area can have a positive impact on surrounding areas. However, dry regions have limited potential, requiring a strategic approach to utilize available resources. Lastly, our research emphasizes the importance of infrastructure adaptability in order to successfully navigate changing conditions and needs. These insights are crucial in understanding the complex landscape of Other and will inform our decisions moving forward..

[Audio] This slide discusses the expected outcomes of our project. The first outcome is the development of a visual feasibility tool that assesses potential hydropower sites in South [image]. This tool aims to simplify and improve the process of identifying suitable sites. The second outcome is promoting clean energy by encouraging the use of hydropower in suitable areas, leading to a more sustainable energy source and contributing to regional development. The third outcome is improved decision-making for local planners and researchers who will have access to a wider range of insights to make informed decisions about hydropower site selection. Our project also has the potential for future improvements, such as incorporating predictive analytics and real-time rainfall data for a more accurate and advanced assessment of potential sites. This will enhance the performance and efficiency of hydropower plants in the long term. Please continue to the next slide for more information on our expected outcomes..

[Audio] We will be discussing our stakeholders and their importance in the success of our project. The first stakeholder is the local communities, who directly benefit from our cleaner energy and improved local development through our hydropower initiatives. We prioritize working closely with these communities and listening to their needs in order to have a positive impact on their lives. Additionally, we collaborate with researchers and students, who can utilize our dashboard for training and research in sustainable energy. This not only enriches their studies, but also contributes to the advancement of sustainable energy practices. Next, we have project planners and government officials, who require reliable screening tools for project viability. Our dashboard provides them with necessary data and insights to make informed decisions. Environmental groups are also stakeholders, with a focus on balancing ecological conservation and sustainable energy development. We value their opinions and strive to find a balance between our project goals and preserving the environment. In conclusion, our stakeholders are diverse and play a vital role in the success of our project. We are committed to collaborating and working closely with them for a sustainable and beneficial outcome for all involved..

[Audio] We will be discussing the way forward for our project on slide number 11. Our goal is to enhance the dashboard and make it more interactive by adding district-level filters and seasonal data overlays for a more detailed exploration of the data. To achieve this, we will be working with stakeholders such as energy departments and NGOs to gather feedback and collaborate on joint efforts. Our plan is to also incorporate impact assessment into the dashboard by including environmental and social indicators, providing a comprehensive view of project feasibility and effects. Additionally, we will pilot the tool in selected districts and integrate it with live rainfall data and predictive models for real-time and proactive evaluation. These steps will continuously improve and strengthen our project. Let's move on to the next slide..

[Audio] This slide contains the summary of stakeholder feedback for our project. We received 6 responses from a diverse group of stakeholders reflecting community and expert engagement through a feedback survey conducted on Google Forms. Majority of respondents found our project concept to be clear and praised the effectiveness of the dashboard's visualizations and data presentation. However, there were also some suggestions for improvement including adding more dashboard filters and improving color contrast for better usability. Overall, the feedback has been positive and we will carefully consider all suggestions and recommendations as we move towards the final version of our tool..

[Audio] We have now reached slide number 13 out of 14, which discusses the 'Additional Dashboard Prototype'. Our project team has been diligently working on enhancing our dashboard, as shown in the image. The 'Star Baker Analysis' prototype has successfully demonstrated the versatility and extendibility of our visual tool. This has provided valuable insights on seamlessly integrating additional analytical layers into the dashboard to cater to diverse user requirements. This is just one example of our team's continuous efforts to improve and expand the capabilities of our dashboard. Let's move on to the final slide of our presentation..

[Audio] As we reach the conclusion of our presentation, we would like to express our gratitude to all those in attendance. We are grateful for your engagement and interest throughout the meeting. We hope that the information we have shared has been useful and relevant to our common objectives. As we wrap up, we would like to invite any questions or feedback. Your input is highly valued and will assist us in our future endeavors. If you have any further inquiries or comments, please do not hesitate to contact us. Our email address is provided on this slide. We would greatly appreciate hearing from you. Once again, we extend our sincere thanks for your time and attention. We eagerly anticipate our continued partnership and look forward to future collaboration. Thank you..