Challenges and Opportunities Navigation in Reconfigurable Computing in Smart Grids

Abstract

As a result, the notion of smart grids encompasses the use of advanced sen
sors, much advanced communication systems, and much more sophisticat
ed data analytics. Each of these components collectively brings together to 
form a self aware network able to detect and respond to changes in real 
time. The increased intelligence tejasen allows for better distribution of en
ergy, less power losses, and greater reliability. In the evolution of smart grid 
technologies, Reconfigurable computing has become a key enabler. Dynam
ic hardware configuration change enables optimization of performance and 
adaptation to changing conditions, with this approach.  Now more than ever 
the integration of reconfigurable computing will be essential to managing the 
complexity of power systems as they evolve into smart grids. The successful 
widespread adoption of smart grid technologies will be linked with address
ing these challenges. When we move ahead in the reconfigurable computing 
space, we learn how to shield from these bottlenecks and can discover new 
opportunities for grid optimization.