|
|
 |
|
Viewing report
|
|
 |
 |
Private Wireless Networks Edging Past Public Networks to Win Smart Grid Customers
GlobalData, Oct 2011, Pages: 6
Private Wireless Networks Edging Past Public Networks to Win Smart Grid Customers
Summary
GlobalData's report “Private Wireless Networks Edging Past Public Networks to Win Smart Grid Customers” provides an analysis of the market scenario where private wireless network are becoming more popular among power utilities instead of public networks. Utilities implementing smart grid technology have been investing significantly in the communications and network infrastructure which forms the backbone of a smart grid. Wireless communication supports a wide range of smart grid applications such as smart metering, distribution automation (DA), surveillance, asset management and emergency communications. Private wireless networks are overtaking public networks in the race to win smart grid customers. Private wireless networks provide better network coverage than public networks and are able to provide access to consumers even in remote areas. Utilities can design their own network to ensure better coverage, ideally using a combination of wireless, fiber-optic and power line communications. The report provides insights on various aspects of public and private wireless networks and provides analysis on the superiority of the private networks.
Scope
- Market prospect for companies providing equipments and services for wireless communication in smart grid - Insights on private wireless network in smart grid - Insights on security aspect of communication networks in smart grid - Insights on the return-on-investment generated by private and public wireless communication networks
Reasons to buy
- Identify key growth and investment opportunities wireless communication in smart grid sector - Gain insight on the smart grid communication networking industry’s development trends - Developing strategies for market penetration - Facilitate decision-making based on insights private and public networks in smart grids
|
 |
|
|