Implementation of FACTS and POWER ELECTRONICS schemes will act as an efficient channel between existing aged grids and renewable/DC Micro grids. Smooth monitoring of this Channel with Smart Grid technology will eventually aid reliability. The system must be vigilant for Frequency variation when existing and renewables are amalgamated.

To effectively upgrade aging grid infrastructure for renewable energy integration, prioritize smart grid technologies like advanced metering, energy storage, and demand-response systems to enhance flexibility and reliability. Invest in high-capacity transmission lines to connect renewable sources, adopt decentralized energy systems, and modernize substations with digital automation. Collaboration between utilities, governments, and private sectors is crucial to secure funding and implement policies that support sustainable, resilient energy systems.

Aging grid infrastructure is a barrier to renewable energy, but strategic upgrades and data-centric systems can unlock its potential. Advanced modeling tools and detailed analysis enable utilities to prioritize upgrades by identifying critical infrastructure needs. By integrating smart grid technology and leveraging real-time data, we can optimize load management, enhance flexibility with distributed energy storage, and reduce strain on aging systems, paving the way for a more resilient, renewable-powered grid.