One of the greatest changes taking place today in the energy industry is the increased need for information from every aspect of the grid. Utilities need detailed data to meet regulatory requirements and to understand the grid’s condition on a granular level. They need to understand the grid’s condition from moment to moment – helping to cost-effectively balance load and assure reliability.
To help realize the opportunities in a connected grid, Cisco has a Unified Field Area Network (FAN) Architecture and Distribution Automation solutions that can extend the utility communications network out to the field and substation device. They help to enable a new level of secure manageability and control on a single integrated architecture. To learn more about these, register for and join:
In this webinar you will learn how Cisco is helping Utilities design and deploy an end-to-end communication infrastructure that creates greater value. Technology experts will be on hand to answer your questions on Cisco FAN Architecture, distribution automation, security and incident response, as well as the future of utilities and IoT!
The inaugural Internet of Things World Forum is in just a few weeks and if you’ve registered you are probably getting excited with anticipation. As part of your preparations for the World Forum (in addition to packing your clothing and power cords) you’ll want to plan your daily schedule.
Session registration is on a “first come first served basis” and as sessions reach the capacity of the room, we’re closing registration. I thought I’d highlight a few sessions that sound interesting, to give you a taste of what’s to come, including one addressing the title of this post:
BIZ 01 -- Disruption ahead! The new economics of a decentralized energy world. This should be a fascinating panel session as 4 industry experts discuss why power generation will be decentralized (and how to roll your own power), the pros and cons of net metering (and who pays), the potential obsolesce of utilities, and the new business models we must explore. In the past power has flowed in one direction -- from centralized plants to homes and businesses. Now, however, power is flowing in all directions from hundreds of thousands of rooftop solar panels and other forms of distributed generation -- and this distribution will only get more complicated. Read More »
Fact: laying fiber communications infrastructure is expensive. Fantasy: the ability to know ahead of time how many property owners in a given neighborhood would pay for a new fiber infrastructure by subscribing to services or even – and here’s a real fantasy – paying more to get the fiber laid initially.
Except it’s not a fantasy. If you’re a telecom carrier, a cable company, a municipality, even a group of community activists, Greg Richardson is here to offer a compelling approach to capital investment in new infrastructure. And he’s done it with an idea that’s almost embarrassingly simple.
A core part of Cisco’s Internet of Everything narrative is the Internet of Things—what we view as the latest wave of the Internet -- connecting physical objects in ways that help us analyze and control our environment to provide better safety, comfort, and efficiency.
This is not a new concept—RFID was introduced in the late 1960s—but it has reached a tipping point for IP connectivity, driven by advances in sensor technology, IPv6, and electronics miniaturization.
Amid this move toward IP, Cisco is continuing its long-standing participation in OASIS (Organization for the Advancement of Structured Information Standards) by participating in the effort to produce an MQTT standard. Read More »
With the east coast reeling from the effects of hurricane Sandy, utilities are doing their best to restore power to millions who are still without power and other services. Cisco’s NERV truck has been deployed to help utilities and other emergency responders re-establish communications for incident management and service restoration.