As more distributed energy technologies have been created in recent years, opportunities for electrical contractors to install and maintain the equipment have grown. However, while the trend is seen as positive for the customers and contractors, utilities are losing sales of their power.
In light of the trend of utility customers establishing their electricity service independence with distributed generation technology, utility companies have expressed fears of a “death spiral” as they lose money from those customers and face a diminished capability to maintain their transmission sy
Wind and solar power’s intermittency is one of the biggest knocks against the two burgeoning industries. As they grow in popularity and contribute an expanding amount of electricity to the grid, they pose unique challenges to utilities.
It hasn’t been easy to live in Connecticut the last couple years. First Hurricane Irene slammed through the state in August 2011, leaving some residents without electricity for weeks. A freak Halloween snowstorm two months later brought wires down again.
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.
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.
While small-scale, customer-owned power generation could prove to be a vital launching pad for the renewable-power revolution, the lack of uniform standards has delayed liftoff with cloudy skies. At least one state has recognized this dilemma and taken steps to rectify it.