New Software Enables Grid Operators to Address Intermittency and Dispersion of Distributed Energy Resources
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Ellie HolmanProduct & Technology Communications
GE Digital
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America/New_York
There’s been more than a little jubilation in the offices of clean-energy developer CWP Renewables, as the arrival in Newcastle of the first of 46 ultra large GE Cypress turbines — each of which can generate 5.3 - 5.5 megawatts (MW) — coincided with the achievement of a successful grid-connection agreement for the company’s Bango Wind Farm near Yass in New South Wales.
“So we rowed through the narrow strait in tears,
On one side Scylla, on the other, shining
Charybdis with a dreadful gurgling noise
sucked down the water.”*
If you enjoy tales from the deep, you will know all about Ulysses, the hero of Homer’s epic poem, “The Odyssey.” The many ordeals he and his crew endured on their peripatetic journey home from Troy included sailing their ship past beguiling sirens and then charting a path between two terrible sea monsters: Scylla and Charybdis.
New Software Enables Grid Operators to Address Intermittency and Dispersion of Distributed Energy Resources
For media inquiries, please contact:
Ellie HolmanStroll behind a spinning wind turbine on a blustery day and the breeze washing over you slows noticeably as the turbine blades pull energy from the moving air. While that’s no surprise, the full extent of a modern turbine’s wind-dampening wake is little short of mind-boggling. According to a new paper in the journal Nature Energy, today’s giant turbines can cause detectable decreases in wind speeds up to 30 miles away, siphoning energy and revenue from neighboring wind farms.