Articles from Hawaii
Harnessing wind Power is not new to Hawaii. Since 1980 various wind farm projects have been built in the islands of Oahu, Maui, Molokai and the Big Island, including the world's largest turbine for its time (1987) with mixed results and outcomes.
Shell said it chose the Ulupalakua Ranch site because of its powerful winds and because of its remoteness, lessening the visual impact of the wind turbines.
Hawaii Gov. Linda Lingle has signed into law a bill that raises the income tax credits for using renewable energy.
"Definitely, the renewable energy takes the pressure off the central station units," Dizon said of the Big Island's system. "But then the downside is the renewables are mostly as available. I mean if the wind stops blowing, then the generators have to start to kick up again."
ATLANTA — General Electric Co.'s GE Energy unit said Monday it will supply wind turbines for use in municipal projects in Los Angeles and Hawaii.
Blackouts in neighborhoods across O'ahu this week are likely a taste of what's to come as the weather gets hotter and Hawaiian Electric Co. says it struggles with insufficient generators to supply an increasingly demanding population.
Those blinking warnings lights on wind energy machines at the northern tip of the Big Island have residents blinking mad.
Depending upon how many of these towers are erected, this could look like an appendix scar on the side of the mountain.
The Kaheawa Wind Power wind farm on Maui will perform $3.8 million in work to benefit birds and bats to make up for any damage the species suffer from the rotating blades of 20 wind turbines.
There is this enormous and dangerous assumption embraced by the Governor [of Hawaii] that "renewable" energy sources will save the day.
HONOLULU – Kaheawa Wind Power LLC will be before the state Board of Land and Natural Resources at its meeting Friday on two issues: a habitat conservation plan and to learn what penalty it will be assessed for a conservation district violation in September.
Even if wind turbines were built in Hawaii, excess capacity would have to be built to handle peak loads in the event that the winds weren’t blowing or the islands would experience brown-outs or black outs. The fact that the periods of highest demands would coincide with a drop off in wind speed means wind turbines cannot be counted on the meet peak load demands in Hawaii. So electrical generating capacity would have to be built twice, first as wind turbines and second as backup peak capacity protection.