In certain areas, more villages in rural locations need electrification. In areas where fuel is
expensive to transport and the extension of electrical transmission lines is costly, the rural …

The power system is one of the most susceptible systems to failures, which are most
frequently caused by transmission line faults. Transmission line failures account for 85% of …

Nowadays, the power demand has been increasing and consequently, environmental
issues like air pollution and global warming are arising. This problem has to be solved by …

The conventional operation of the grid and electrical devices can be disturbed by harmonics,
so standards impose strict limits on harmonic current. The entire grid is essential for today's …

With the large-scale integration of renewable energy systems, the power inertia and voltage
support of the grid are low. Using the inverter with temporary storage capabilities cope with …

The conventional power system has limited power‐generation plants or sources connected
to the bulk transmission grid and it powers the millions of end‐users across it. It has limited …

Power system engineers' intention is to produce power, transport it, and finally distribute it to
customers under safe and reliable operating conditions to provide continuous and stable …

Smart distribution grid allows bidirectional power flow in the distribution system with a
mixture of multiple renewable energy sources. The distribution system is highly affected by …

This chapter contributes to the technologies and various standards associated with the latest
Electric Vehicles (EVs) and Electric Vehicle Service (supply/charging) Equipment (EVSE) on …

Electricity places an important role in the modern world. Transformers are one of the key
piece of equipment in modern power systems. Because of various reasons, the failure of …