Abstract The Transmission Network Expansion Planning problem (TNEP) can be modeled
either as a static, a pseudo-dynamic, or a dynamic problem. Most of the existing formulations …

The integration of large-scale wind power into the power system is a global trend in
response to climate change, however, the intermittent nature of wind power presents new …

Energy hubs (EHs), with interconnecting different energy carriers, technologies, and sectors,
improve energy efficiency and enhance the flexibility of energy management. EHs can be an …

Abstract Transmission Expansion Planning (TEP) is a challenging task that takes into
consideration future representations of electricity consumption behavior and generation …

To sustain the clean energy transition without interruption and to ensure the reliable
operation of the transmission system, it is required to have enough additional transmission …

Research has been conducted on transmission network expansion planning (TNEP) in
recent years. TNEP is an essential component of power network planning that identifies the …

The trend towards deregulation in energy systems creates the opportunity for independent
self-interested merchants to invest in transmission lines, which is decoupled from other …

This thesis addresses the critical challenge of maintaining voltage stability in power systems
with high renewable energy penetration during capacity expansion planning (CEP) in the …

Several tools and approaches have been developed and applied to solve rural
electrification problems and they are continuously being enhanced to process geospatial …

Transmission Expansion Planning (TEP) is a challenging task that takes into consideration
future representations of electricity consumption behavior and generation …