Generation Capacity in Watts

RECENT NEWS
Sydney Morning Herald  May 23  Comment 
Melbourne AFL coach Mark Neeld isn't surprised clubs are interested in Jack Watts and says they'll do their best to keep him.     
Sydney Morning Herald  Apr 11  Comment 
The scrutiny surrounding the performance and handling of Jack Watts is set to intensify after he was one of four Melbourne players to pay the price for the club's catastrophic 148-point loss to Essendon.     
Sydney Morning Herald  Apr 11  Comment 
Struggling Melbourne have made five changes, including dropping Jack Watts, to play a West Coast AFL side who regain stars Mark LeCras and Daniel Kerr.     
Sydney Morning Herald  Apr 9  Comment 
Tim Watts, a corporate affairs manager at Telstra, is Labor's man for the safe Western suburbs seat of Gellibrand, following a bitter battle.     
Sydney Morning Herald  Jan 28  Comment 
Oscars competition sharpens for both Naomi Watts and Hugh Jackman after losses at the Screen Actors Guild Awards.
Sydney Morning Herald  Jan 12  Comment 
EXCLUSIVE Melbourne's selection policy, including use of prized draft pick, heavily scrutinised by AFL investigators.
Sydney Morning Herald  Jan 7  Comment 
Naomi Watts says playing Princess Diana in a biopic about the late British royal's life has helped her understand her better.
Sydney Morning Herald  Dec 18  Comment 
The experts agree that Toyota's 86 is a worthy winner of the title, but what about the novice test driver?
Sydney Morning Herald  Dec 13  Comment 
Nominations for the Australian trio come 24 hours after they scored nominations for the other major pre-Oscar awards - the Screen Actors Guild Awards.




 

This is the maximum potential amount of electricity that the company can produce using all its generators, or its Owned Generation Capacity in Watts plus its Long Term Contract Generation Capacity in Watts .

Generation capacity of often measured in Megawatts, or MWs, which refers to Millions of Watts. A Watt is a unit of power, referring to one joule per second (J/s) - the amount of energy generated in a second. A 100 MW power plant generates 100 million joules of electricity per second.[1]

Generation capacity is also measured in Kilowatt-hours (kWh) which refers to the amount of energy used. A kWh is exactly 3.6 Megajoules - 3.6 million joules.[2] One watt-second is one joule. When an electric utility refers to electricity usage of X kWh per year, it means that the company's customers used X times 3.6 million joules of energy TOTAL for the year.

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