Xcel Energy proposes to create America’s first fully functional intelligent grid, with communications and automation systems linking the network from end to end, power plants to meters. Although Xcel still is deploying the system, it’s shown that the early payoff from smart-grid investments won’t necessarily come from automated metering, but from automation in the distribution network—the “middle mile.” As chief architect of the Smart Grid City project in Boulder, Colo., Ray Gogel served on the front lines in the industry’s technology revolution.
Technologies are scaling up quickly to meet industry needs.
Like other California electric utilities, San Francisco-based Pacific Gas & Electric (PG&E) has been scrambling to meet the state’s renewable portfolio standard (RPS), which requires suppliers to obtain at least 20 percent of their power from renewable energy sources by 2010. Though the RPS includes a variety of technologies, renewables developers are choosing utility-scale solar power more than any other resource, says Hal La Flash, PG&E’s director of emerging clean technologies.
Integrated demand offerings could be the next generation of energy management.
The market for demand-side products and services appears poised to explode. What began as separate energy efficiency, demand response and distributed energy program offerings are now coming together in integrated demand offerings. A recent poll of 400 industry professionals suggests such packaged offerings might open new opportunities for service providers while also enhancing the customer experience.
The capital markets have recovered … or have they?
One year ago, in the midst of the financial crisis, one industry—energy utilities—continued accessing the capital markets. Since then, interest rates and terms have improved dramatically, inviting utilities to refinance billions of dollars in debt that won’t mature for another year. Despite the current rosy picture, however, economic trends might cast a shadow over the industry’s capital-investment plans.
Can a European-style renewable model work in the Americas?
The Province of Ontario, Canada is the first jurisdiction in North America to implement a European style feed-in tariff (FIT). It also was the first jurisdiction in North America to have a comprehensive standard-offer program for electricity supply from renewables.
Transmission expansion costs are spread unevenly, driving a wedge between utilities and regions.
Back in June, the Bismarck Tribune ran an interview with North Dakota Public Service Commissioner Tony Clark that showed just how difficult it is to build national consensus for renewable energy.
Utilities cut support for climate-change deniers.
This summer marked the 40th anniversary of a pivotal event in the environmental movement. On June 22, 1969, the oily surface of the Cuyahoga River caught fire, drawing national attention to the plight of America’s lakes and rivers. However, clean water standards didn’t begin with the Cuyahoga River fire, the EPA or the Clean Water Act. A series of common-law nuisance lawsuits, combined with a patchwork of state laws and (weak) federal statutes, preceded the comprehensive legislation that emerged from the smoke of the Cuyahoga. Today we’re seeing a similar progression in greenhouse gas regulation, with civil suits, state initiatives and marginal federal actions apparently marching toward a national climate policy.
Intelligent infrastructure requires an intelligent policy framework.
A new grid efficiency framework will bring a new understanding between regulators and utilities that allows the industry to advance in cutting carbon emissions and improving system efficiencies, while maintaining reliability.