RENEWCONNECT - All about renewables & power sector

Active damping refers to using control systems to actively counteract oscillations or vibrations in a mechanical or electrical system. Unlike passive damping, which relies on materials or components that naturally dissipate energy (like shock absorbers or resistors), active damping uses sensors and actuators to continuously monitor and adjust the system's response in real-time. For example, active damping might involve using motors or electromagnetic actuators to counteract vibrations in mechanical systems. In electrical systems, such as power electronics, active damping can refer to feedback control loops that stabilize oscillations in current or voltage. It is commonly used in applications like robotics, aerospace, automotive suspension systems, and power grid stabilization to improve system performance, stability, and safety. 

Research on air pollution spans a wide range of disciplines, focusing on understanding the sources, effects, and solutions to this global problem. Here are some of the key areas of research being conducted on air pollution: 1. Source Identification and Attribution Emission Inventories: Developing detailed inventories of air pollution sources, such as vehicles, industrial plants, agricultural activities, and natural sources like wildfires and dust storms. Source Apportionment Studies: Identifying the contribution of different pollution sources (e.g., traffic, industry, domestic) to overall air pollution levels in specific regions. Satellite Monitoring: Using satellite data to track pollution plumes, identify hotspots, and monitor transboundary pollution movement. 2. Health Impact Studies Epidemiological Studies: Investigating the short-term and long-term health impacts of air pollution exposure, including respiratory, cardiovascular, and neurological effects. Vulnerable Populations:

   From the past years technologies, Up-gradations is changing man’s life into a new direction in developing efficient and effective products and the process will go on with more unique changes in the technology. There are new developments that you can find in the electricity and energy sector which is effecting the life of the man in different ways. From the early man to modern man the change in life style has improved a lot with different lessons and experiences to step ahead for the improvement. Electricity had played a key role in the man’s life for better development but it also has both positives and negative shades. We are installing the renewable like solar wind and biomass from past 20 years and the capacities need to be increases further. Limitations in Renewable(s) Solar:  Efficiency is one of the key draw back which is around 18-24% and it has to be increase and lots of R&D is taking place in efficiency, transparent cells, biological solar cells etc. But diffe

Industrial Technology and Innovation Growth Strategy for the Power Sector in India (1999-2049) Executive Summary This study explores the evolution and future prospects of the Indian power sector from 1999 to 2049, focusing on technological advancements, challenges, and strategic innovations. It identifies gaps in key areas such as process improvements in power plants, power transmission, combined heat and power (CHP) systems, and materials for high-temperature and high-pressure conditions. The study uses data analytics and flow charts to illustrate trends, and provides comprehensive references to support the analysis. 1. Evolution of the Indian Power Sector (1999-2024) 1999-2009: Initial Reforms and Growth Privatization and Regulation : Introduction of Electricity Act 2003, unbundling of state electricity boards. Capacity Addition : Significant increase in installed capacity, focus on coal-fired power plants. Technology Adoption : Gradual introduction of supercritical technolog