Residential Energy. Calgary Example

 

C/M 

Residential Energy. Example 

CALGARY ALBERTA 

Energy not Water or Waste Collection at an Average of $200-500 per 2000 Sq Ft house. Single family 

With CIG Stationary Energy connected yo Wind - Solat & Hydroelectric only not other forms bulls will drop under $60 per month fluctuating between $25-60 Canadian dollars per household or less using a 2000 Sq Ft as example 

Further details 

A 2000 sq ft house in Calgary can expect to pay between $200 and $500 monthly for utilities like electricity, gas, and water, depending on factors like energy efficiency, occupancy, and time of year. Electricity and gas typically make up the largest portion of the bill, with water and waste collection adding another $70 to $110. 

Factors Affecting Monthly Energy Bills:

• Size of the house: Larger homes generally require more energy for heating and cooling. 

• Energy efficiency: Homes with better insulation, energy-efficient appliances, and smart thermostats will use less energy. 

• Number of occupants: More people in the house mean more water usage and potentially higher energy consumption for lighting, electronics, etc. 

• Time of year: Heating costs are higher in the winter, while cooling costs can increase in the summer. 

• Utility provider and rates: Different providers may have different rates, and rates can fluctuate. 

• Lifestyle: Individual habits like temperature settings, appliance usage, and leaving lights on contribute to energy consumption. 

Breakdown of Monthly Expenses:

• Electricity: Expect to pay $60 to $100 monthly for electricity, with higher usage during peak seasons (heating and cooling). 

• Natural Gas: Costs can vary greatly, but you can expect to pay between $100 and $250 monthly for natural gas. 

• Water, Sewer, and Waste: This typically adds another $70 to $110 per month. 

• Internet: A basic internet package averages around $75 per month. 

Tips for Reducing Your Energy Bill:

• Consider a smart thermostat: Smart thermostats can help regulate temperature and reduce energy consumption when you're away. 

• Upgrade to energy-efficient appliances: Look for appliances with the ENERGY STAR label. 

• Improve insulation: Proper insulation can significantly reduce heating and cooling costs. 

• Be mindful of your usage: Simple changes like turning off lights, unplugging electronics, and adjusting thermostat settings can make a difference. 

• Compare utility providers: Shop around to find the best rates for electricity and gas. 

COST TO DRIVE A FULL SIZED PICK UP TRUCK 400.KM 

Capped Tiered with or against inflation 

Average costs for an end user in price 

Self Refilling Air Compression $0-25 

Refilling Air Compression $0-25 

EV Battery Electric $0-25 

Hydrogen $0-25 

Perpetual Hydrogen $0-25 

Few will pay over Canadian $25 with rates under 50 with a capped Tier inflation & metering rate assisting in "road maintenance" costs while maintenance costs on the vehicle are above & beyond 

This comparable to:

$75-89 for 400.KM depending on driving style at 1.50 per litre or $50-75 or less on EV Battery Electric 

To determine the cost of driving a 1500 series pickup truck 150 km, you'll need to know the truck's fuel efficiency (miles per gallon or liters per 100 km) and the current price of fuel. Then you can calculate the fuel needed for the trip and multiply that by the fuel price to find the total cost. 

Here's a breakdown of the calculation:

• 1. Determine Fuel Efficiency:
Find the fuel consumption rate for your specific 1500 series truck model (e.g., 12.5 L/100km or 15.7 L/100km). 

• 2. Calculate Fuel Needed:

• Convert kilometers to liters per 100 km: Divide the distance (150 km) by 100 km and multiply by the fuel consumption rate. For example, if your truck uses 12.5L/100km: (150 km / 100 km) * 12.5 L/100km = 18.75 Liters. 

• 3. Calculate Total Fuel Cost:

• Multiply the amount of fuel needed (in liters) by the current price of fuel per liter. For example, if fuel costs $1.50/liter: 18.75 Liters * $1.50/Liter = $28.13. 

Example:

Let's assume your 1500 series truck has a fuel consumption of 13.2 L/100km (which is average for some V8 models) and the current fuel price is $1.50/liter. 

• Fuel Needed: (150 km / 100 km) * 13.2 L/100km = 19.8 Liters

• Total Cost: 19.8 Liters * $1.50/Liter = $29.70
Therefore, the estimated cost to drive 150 km would be approximately $29.70. 

Important Considerations:

• Truck Model and Engine: Different 1500 series trucks have varying fuel efficiencies. 

• Driving Conditions: City driving generally results in lower fuel economy than highway driving. 

• Fuel Price: The cost of fuel can fluctuate. 

• Additional Costs: This calculation only covers fuel costs. Other potential costs include maintenance, wear and tear, and insurance. 

Geothermal is a viable Zero Emissions option like Wind, Solar & Hydroelectric 

CIG