Smart Grid

This summary of results from a recent Platts/Capgemini survey of North American utility executives looks at what respondents had to say about all things related to the smart grid. Nearly half of respondents’ utilities have a smart grid strategy in place, while the other half said their utility has one in development.

The National Security Agency is launching a program to protect the grid from cyber attack, along with other civilian and military critical infrastructure, while a new Department of Energy report highlights grid vulnerabilities.

As state regulators examine whether the smart grid benefits consumers, a federal agency is looking at what information consumers need to take advantage of the technology.

Hawaii’s Public Utilities Commission (PUC) last week denied a request by Hawaiian Electric Co. (HECO) to extend pilot testing for its advanced metering infrastructure (AMI) project to 5,000 more smart meter because of cost concerns. The move poses a major hurdle for the utility’s overall smart grid initiative.

Now that U.S. utilities have taken federal stimulus funds and seamlessly built out two-way advanced metering infrastructure (AMI) connecting utility control centers and end users (ok, not completely, but let’s assume that the “stall-ulus” becomes a true stimulus), the question becomes, what’s next? At the moment, this new “comm layer” or “platform” has utilities planning in two directions: upstream and downstream from the smart meters.

There is no doubt that the year-plus since passage of the American Recovery and Reinvestment Act of 2009 (Recovery Act) has borne witness to a great deal of activity among the diverse groups of smart grid stakeholders.

How much will a smart grid cost? It’s a question that has gained importance in light of massive cost overruns for one highly touted U.S. project.

Given delays and cancellations of new generating capacity, pushing the existing power generation fleet is more important than ever. At ELECTRIC POWER 2009, multiple presentations explored the premise that an active knowledge management strategy — requiring a blend of digital and human elements unique to each power plant — will help you extract the most productivity from your assets.

The Southern California Public Power Authority (SCPPA), which represents 11 municipal utilities, today announced it would undertake what it called the “nation’s first cost-effective, utility-scale distributed energy storage project.” The 53-MW project will use several rooftop ice-storage units from Ice Energy to reduce the state’s peak electrical demand by shifting as much as 64 GWh of on-peak electrical consumption to off-peak periods every year.

Once upon a time, climate change felt like a distant threat on the horizon. Now it is happening in front of our very eyes. Across the world, global warming is sparking more intense heat waves, more flooding, and more droughts. If climate change continues at its current pace, the social, environmental, and economic costs don’t […]