Microgrids gain popularity due to their economical and environmental benefits along with
low power losses and smaller infrastructure. However, it has several operational challenges …

In a traditional power grid, power generation is done at various potential locations and
transmitted into power grid and then distributed to the customer premises. The traditional …

The addition of distributed generation to a power system improves its performance. It makes
it more sustainable and efficient. But it also poses substantial challenges for designing a …

Technology advancement in the last few decades allows large penetration of renewable
energy resources in the distribution network (DN). The integration of such resources has …

Time–frequency‐based differential scheme is proposed for microgrid protection using non‐
stationary signal analysis. The non‐stationary signal processing algorithm Hilbert–Huang …

In the recent power system scenario, the concept of microgrid is evolving rapidly. The
architecture should be robust enough to cater the complexity of integration of distributed …

The benefits of distributed generation (DG) based on renewable energy sources leads to its
high integration in the distribution network (DN). Despite its well-known benefits, mainly in …

Communications network plays a key role in the next-generation microgrid protection
schemes, as the protective relays need to communicate with each other to dynamically track …

The deployments of inverter-interfaced distributed generators (IIDGs) in medium voltage
distribution networks may cause undesirable trips or trip** failures of conventional two …

Today's power utilities, around the world, own multiple substations that are connected
together to form a complex energy network. The functions within and between these …