Amrabat Damac: Passing Data
**Amrabat Damac: Passing Data**
Amrabat Damac stands as a pivotal milestone in the hydroelectric project known as the National Hydroelectric Project of India. This project, located in West Bengal, India, is a cornerstone of the region's water resources management, significantly impacting the local community and the broader national economy.
**Introduction to Amrabat Damac**
Amrabat Damac is a state-of-the-art hydroelectric power plant situated in the river Kalinga. It is the largest hydroelectric project in India, contributing significantly to the region's water supply and energy production. The dam's operational efficiency is remarkable, with a capacity factor of approximately 90-95%, making it one of the most efficient hydroelectric projects in the world.
**Passing Data: The Data That Shaped the Project**
The term "passing data" in the context of Amrabat Damac refers to the data that has been meticulously collected and processed to enhance the dam's performance and sustainability. This data includes:
1. **Power Output and Capacity**: The dam's capacity is around 12,000 MW,Chinese Super League Home Ground reflecting its role as the largest hydroelectric project in India. The data on power output helps in assessing the dam's efficiency and capacity factor.
2. **Efficiency Parameters**: The efficiency of the dam, typically measured as the efficiency of head (the difference in height between the water surface and the generator), is around 90-95%. This data is crucial for optimizing water flow and reducing environmental impact.
3. **Environmental Monitoring**: Data on water flow rates, drainage efficiency, and environmental impact have been collected to ensure the dam's sustainability. These metrics are vital for long-term planning and public awareness campaigns.
**Impact of the Data**
The data on Amrabat Damac's efficiency and capacity has been instrumental in shaping its future development. It has provided insights into the dam's operational efficiency, helping to identify areas for improvement and enhancing the quality of life for the region's population. The data also plays a key role in public awareness campaigns, ensuring that the project's sustainability is maintained.
**Conclusion**
Amrabat Damac serves as a testament to the importance of passing data in the development of sustainable water resources. By meticulously collecting and analyzing data, the project has not only contributed to the region's energy production but also ensured the preservation of its water reserves. The data serves as a crucial link in the planning and development process, enabling informed decisions and ensuring the long-term success of the project.
