Press Release

Press Release

Electric Power Supply and Demand Results for Winter 2013

April 09, 2014
Chubu Electric Power Co.,Inc.

Now that the period of Government-requested nationwide energy conservation is over, Chubu Electric Power would like to announce that it has compiled electric power supply and demand results for this winter (December 01, 2013-March 31, 2014) .

Thanks to our customers' efforts to energy conservation, we were able to provide a stable supply of electricity during the winter of FY2013. We thank our customers sincerely for their ongoing energy-conservation efforts.

1 Peak load(generating end)

Chubu Electric Power had projected a peak load (average demand for the three days of highest demand) of 22.67GW in winter FY2013. (Reported October 01, 2013)

Chubu Electric Power would like to thank the ongoing efforts of so many customers to save energy; meanwhile, with the peak load seen on a day with severe weather conditions and production remaining steady among our industrial customers, our peak load (average demand for the three days of highest demand) was 23.09GW (February, 2014) in winter FY2013.

[Maximum power three-day average per month (generating end) ]

Maximum power three-day average per month (generating end) table

December 2013

January 2014

February 2014

March 2013

Maximum power three-day average

21.51GW

22.62GW

23.09GW

21.73GW

(Reference) [Winter 2013 one-time peak load (generating end)]

Winter 2013 one-time peak load (generating end)table

February 14, 2014

One-time peak load

23.65GW

2 Effects of energy conservation measures

As in the year before, many customers worked to save energy in their homes and businesses. We estimate that the effects of energy conservation measures in our service area were 650 MW.

[Average effect of conservation measures for this period (with FY2010 as baseline)]

Effects of energy conservation measures 

650MW

Breakdown Domestic customers 

150MW

Breakdown Corporate customers 

500MW

3 Supply capacity

In July 2013, commercial operation began at Joetsu Thermal Power Station Unit No. 1-2 (output 575.68 MW), and, after determining that it would not compromise supply stability in our own service area, we provided supplementing electric power of up to 1760 MW (Period of peak demand for weekdays from 9:00-10:00 AM) at the request of other electric power companies that foresaw supply shortages.

Attachment

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