Heating, Cooling, and Hot Water demands are
47.8 of 71.3 total MMBtu per household per year.
67% of all household energy is THERMAL
US DoE Energy Information Agency Most Recent Data
If we are going to Electrify… …let’s make sure it’s Beneficial Electrification
Uses Renewable Energy Improves Utility Load Factor (not a duck breeder) Economically practical (ROI) Extreme Efficiency High Climate Resilience Minimize GWP Long Life Cycle Not weather dependent Delivers highest level consumer benefits
A geothermal heat pump system meetsall these criteria
A non-intermittent renewable!
Uses Renewable Energy
Improves Utility Load Factor (not a duck breeder)
Economically practical (ROI)
Extreme Efficiency
High Climate Resilience
Minimize GWP
Long Life Cycle
Not weather dependent
Delivers highest level consumer benefits
So… how about some data?
Let’s take a look at what’s actually going on every 10 seconds.
Here’s a very small snippet of recent activity in the geothermal heat pump world.
Here is a “Light User” in East Texas
Three ton Inverter high efficiency system
Forty-five cents per day for all heating, cooling, and hot water.
Here is a “Medium/Heavy User right here in San Antonio”
Five ton basic efficiency system
$1.89 per day for all heating, cooling, and hot water.
And a “Heavy User” here in San Antonio also
Five ton Inverter high efficiency system
Eighty-one cents per day for all heating, cooling, and hot water.
Electrification WithGeothermal Heat Pumps
• Provides 2/3 of all household energy demands.• Delivers thermal energy at 300 – 600% efficiency.
Proposing A Common Sense Solution
Utility Owned Thermal Grids:• Proven business model and the key to mass deployment• 0% Capital is available to utilities• Easements are simple• Asset performs for over 100 years• High ROI recurring revenue to utility through On-Bill “Financing”• Renewable Energy tariffs may be added to rate base in many
cases• Homeowner savings:payment ratio over 2• Establishes long term fuel certainty for all stakeholders