When it comes to energy business, and especially electricity, things can get a little odd sometimes. Higher temperatures mean people are going to need more power. Lower temperatures, less power. Right. Usually. But not always. Sometimes you might need an expert to make sense of your data.
2. Is this what you would expect?
R²#=#0.88355#
0#
5,000#
10,000#
15,000#
20,000#
25,000#
30,000#
20# 40# 60# 80# 100#
Temperature)@)DFW)(degrees)F))
2012)Daily)Peak)Electric)Demand)
(ERCOT#North#Central,#MW)#
3. The miracle of air conditioning
R²#=#0.88355#
0#
5,000#
10,000#
15,000#
20,000#
25,000#
30,000#
20# 40# 60# 80# 100#
Temperature)@)DFW)(degrees)F))
2012)Daily)Peak)Electric)Demand)
(ERCOT#North#Central,#MW)# Higher temperatures lead
to higher HVAC load
Lower temperatures lead
to lower HVAC load
4. But what about this ?
R²#=#0.88355#
0#
5,000#
10,000#
15,000#
20,000#
25,000#
30,000#
20# 40# 60# 80# 100#
Temperature)@)DFW)(degrees)F))
2012)Daily)Peak)Electric)Demand)
(ERCOT#North#Central,#MW)#
Why would electric demand
start to rise again as the
temperature continues to fall ?
And why the weaker
correlation ?
Electric heating ? Probably
not too much – this is Texas.
12. Looking for answers about
energy and markets ?
info@eRiskAnalytics.com
Analytics
Energy Risk
Uncertainty: measured, modeled, managed
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