Denmark is shaping up to be wind power's sweetheart. In 2015, it generated 42 percent of its power with wind turbines. It is the highest portion of any country's energy needs fulfilled by wind. And Denmark is no stranger to this podium.
As our energy mix changes, the need to improve the infrastructure for delivering that power also grows. Utilities recognize that need and are investing in upgrades to their delivery systems. Customers in New York and Pennsylvania are about to benefit from one such upgrade.
A report published by Navigant Research, “Direct Current Distribution Networks,” examines the opportunity for direct current (DC) distribution networks in four key market segments: off-grid/bad grid telecommunications, data centers, commercial building grids and off-grid military applications.
San Diego Gas & Electric’s (SDG&E) microgrid supplied electricity to 2,800 customers in Borrego Springs in San Diego County, Calif., on May 21, 2015, during planned grid maintenance. This marked the first time a U.S.
In the energy field, who we receive our power from and what we receive may soon be our choice. In fact, some customers are already in the driver’s seat through something called community choice aggregation (CCA).
In January 2013, the Edison Electric Institute—the leading advocacy group of the investor-owned utility industry—released a report predicting “significant future disruption to the utility business model,” thanks to growing adoption of distributed generation resources.
As in any industry, the landscape of utilities is always changing. Part of this dynamic is fueled by the need for big companies to strengthen their positions and maximize profits. Those same motives fueled a recent acquisition that produced a new giant among the nation’s electric utilities.
The landscape of power in this country is changing at a rapid pace. Forces external to the industry, such as climate change, and those with a more intrinsic link, such as technology and consumer demand, have combined to place great pressure on the nation’s delivery system.
On the seventh anniversary of Hurricane Katrina, Gulf Coast residents watched as Category 1 Hurricane Isaac bore down on the New Orleans region, evoking memories of the costliest U.S. hurricane disaster on record. On Aug.
As the use of renewable power, electric vehicles (EVs) and the smart grid become more widespread and integrated, one challenge also becomes more apparent: storage. Thankfully, the experts are on it. This summer, the U.S.
Much of the smart grid’s strength lies in its use of wireless technology to improve monitoring, information flow and efficiency. As powerful as that combination may be, a couple of California utilities have taken it to a new low. That is to say they have taken it underground.
Energy projects currently underway across the United states reflect several trends—new construction in the alternative-energy sector and renovation at traditional power plants to update aging infrastructure.
Charlottesville has been selected as the first city in Virginia and one of the first in the nation to benefit from smart grid technology that will make the delivery of electricity more efficient and less costly while improving customer service.
Although the hyperbole of the recent elections is past us, one of the buzzwords that gained momentum in the process was the term “smart grid.” I agree with those in the electric utility industry who take exception to such a concept, with all the implications associated with it, including that the c
With distributed sources, there can be a mix of grid-connected and grid-independent sources. For example, take the combination of photovoltaic sources in this figure. Ideally, there should be a mix of centralized and decentralized (distributed) generators.