Quant thesis: Daily high temperatures exceed 95°F or fall below 0°F for 3+ consecutive days in major population centers, spiking HVAC load and electricity demand. Extreme weather drives peak demand periods and higher utility margins.
Plain English: Daily high temperatures exceed 95°F or fall below 0°F for 3+ consecutive days in major population centers, spiking HVAC load and electricity demand. Extreme weather drives peak demand periods and higher utility margins.
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Daily high temperatures exceed 95°F or fall below 0°F for 3+ consecutive days in major population centers, spiking HVAC load and electricity demand. Extreme weather drives peak demand periods and higher utility margins.
Daily high temperatures exceed 95°F or fall below 0°F for 3+ consecutive days in major population centers, spiking HVAC load and electricity demand. Extreme weather drives peak demand periods and higher utility margins.
Daily high temperatures exceed 95°F or fall below 0°F for 3+ consecutive days in major population centers, spiking HVAC load and electricity demand. Extreme weather drives peak demand periods and higher utility margins.
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