Energy evaluation goes wireless

Identified improvements of wireless sensor networks in smart grid: issues, requirements and challenges

“…The importance of the proposed system resides in its intelligent non-intrusive nature, and low cost. Later, Lu et al (2007) extend previous work (Lu et al, 2005), and studied the whole system architecture. …”

“…They concluded that, with the help of WSN, a one contingent system in the grid can be sensed and isolated before it causes a ripple effect and leads to more system failures. Other research on sensor networks for the purpose of ILI (Bressan et al, 2010;Lu et al, 2005Lu et al, , 2007. Bressan et al (2010) explored the implementation of a monitoring system on a chip WSN, with particular emphasis on the establishment of a strong routing infrastructure using the routing protocol for low-power and lossy networks whose definition is currently under discussion within the IETF ROLL working group.…”

Design of Rechargeable Wireless Sensor Network for new energy micro grid

“…At this stage, the diversification of wireless energy transmission technology makes wireless charging have different charging methods. According to the principle of wireless charging technology, there are mainly three charging technologies: inductive coupling technology, electromagnetic radiation technology and magnetic coupling resonance technology [6][7][8]. These three kinds of wireless charging technology have their own advantages and disadvantages to meet different application requirements, the specific comparison in Table.1.…”

Introduction

“…Zigbee is also a standard widely used in WSN [44], which has been widely deployed in environment monitoring and thus is a strong candidate for SG monitoring. For better services and further applications in SG, special routing infrastructure, security protection and quality-of-service are required [46].…”