Resilient and efficient RE Integrated grid systems

The reliable supply of electric power is a critical element of our economy. When new environmental compliance operating strategies are combined with our ageing transmission and distribution infrastructure, the electric power supply’s security, reliability, and quality are jeopardised. Hence, properly integrating renewable sources without stressing the grid infrastructure is vital for utility. Before going into the know-how of grid integration challenges with renewable sources, it is essential to know about the grid of the electric supply system. In electrical terms, a “grid” is a network of synchronised power providers and consumers connected by transmission and distribution lines and operated by one or more control centres. The power grid is nothing but the transmission system for electricity. Many believe the electric power system is undergoing a profound change driven by several needs. There is a need for environmental compliance and energy conservation. We need better grid reliability while dealing with ageing infrastructure.
Smart grids improve energy efficiency by reducing transmission and distribution losses, controlling peak loads, enhancing service quality, boosting reliability, and integrating renewable sources.
Smart grids are a system introduced to overcome the weaknesses of conventional electrical grids by using smart meters. They allow one to monitor, analyse, control, and communicate within the energy supply chain to help improve efficiency, reduce consumption and costs, and maximise the transparency and reliability of the system. The smart grid offers an answer to the shift to more sustainable technologies. It demonstrates how these technologies have shaped the modern electricity grid and continued to evolve and strengthen their role in better-aligning energy demand and supply.
Energy sustainability and environmental preservation have become worldwide concerns with climate change and the continually increasing demand for energy. As cities and nations become technologically advanced, electricity consumption rises to a higher level. To foster sustainable, low-emission development, many countries are establishing ambitious renewable energy targets for their electricity supply. Because solar energy tends to be more variable than conventional sources, meeting these targets will involve changes to power system planning and operations.
Grid integration of renewable energy means reimagining operations and planning for a reliable, cost-effective, and efficient electricity system with clean and new energy generators. Grid integration of renewable energy involves building resilience and efficiency into the electrical grid. However, despite challenges, such as the unavailability of renewable resources instantly, feeding power from renewable energy into the existing grid causes fluctuations in frequency, which pose major challenges for grid operators.

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• Developing modelling, control, and optimisation capabilities for the renewable power grid
• Analysing renewable energy system performance using advanced prediction capabilities
• optimising interconnected technologies to improve operations and efficiency, along with reducing costs.
• Developing new economic frameworks that include renewable energy rather than focusing on traditional energy

Hence the inculcation of natural sources for energy generation, due to their enormous benefits, is the need of the hour.
For more details, visit www.manavenergy.com