Power Station (PS) monitoring systems are becoming critical, ensuring electrical safety through early warning, and in the event of a PS fault, power supply is quickly disconnected. Traditional technologies based on relays don’t have way to capture store user data when there problem. The proposed framework designed with goal providing smart environments for protecting types equipment. This paper...

Many single-hop power management mechanisms have been proposed in previous studies. Compared to the multi-hop power management mechanisms, the design of the single-hop power management mechanism in a wireless network is relatively simple. However, existing methods are difficult to balance the transmission utilization and energy efficiency. This paper proposes the Contention-Free Station Communi...

This paper characterizes the downlink transmission power for WCDMA networks in multiservice environments for both urban and suburban macro cells. To calculate the required transmission power for the user in the cell, various modeling approaches are used to investigate the orthogonality, the path loss, and the inter-cell interference ratio of the user. The variation and scattering pattern of the...

This work presents a series tapping station for integrating Offshore Wind Power Plants (OWPP) into a (Line Commutated Converter High Voltage Direct Current) LCCHVDC transmission system. The tapping station allows to integrate wind power resources without building a new HVDC link and it is based on a Current Source Converter (CSC). However, the CSC requires a minimum DC current to extract the po...

In this paper we explore a new class of optical networks that try to reduce static power using laser modulation techniques as well as by sharing optical channels. In our proposed scheme, OptiShare, a station can only source power from a segmented tree based power waveguide only if it has one or multiple tokens. A station arbitrates for a token before sending a message, and then releases it. At ...