Power 750-1650 Homes $15,000-$25,0000
Power 750-1650 Homes $15,000-$25,0000
STATIONARY 2500 kW PLANTS
Unlike mass produced Motion Specific Plants these cost slightly more & upscale to 5 - 125 gW Plants which run $750,000 - $20 Million on average each or less
Our 2500 kW Standard operate 365 for 5-10 or more years with no maintenance or longer with 2.5 year review alongside quarterly monitoring
These smaller standard plants with dispersion transformers go for $15,000 - $25,000
A 2,500 kW (2.5 MW) power capacity can continuously supply power to roughly 750 to 1,650 homes, depending on average regional consumption and peak demand.
Key Factors
Average Home Demand: An average home uses about 1.2 kW to 1.5 kW of continuous power, though actual usage fluctuates wildly based on time of day and weather.
Climate and Heating: Homes in colder regions using electric space heating consume significantly more power than homes in mild climates.
Capacity vs. Generation: For intermittent sources like solar, a 2,500 kW installation generates power relative to local sunlight hours, meaning the actual number of homes fully offset depends heavily on geography.
SUSTAINABLE LOW COST PERPETUAL METERED ENERGY
40-60 / 40-60 margins are worked in. External monitoring & dispersion extra
Alberta, Canada. Dollars. 5-25% less or more European international or China & USA
"Costs could raise 10% on fluctuating raw & repurposed material shortages or lower by 10% which we pass on to clients from our margin"
Patents - Copyright - Trademark + Open Source
Zero Emissions Kinetic Energy
"Grid Energy access will drop by 50% on average in end user pricing & become stable against dirty Energy upticking the economic landscape for transportation & lower food - drink & all costs by 5-25% or more yet equivlance in tax revenue with portfolio splits"
NON-COMBUSTION OIL = WE REQUIRE
Bio grown or steam lifted Zero Emissions with no environmental damage
CLEAN ENERGY - SUSTAINABLE ENERGY
Solar. 24/7 Fusion Bulb Solar. Wind. Hydroelectricity. Geothermal. Fusion.
Kinetics. Green Hydrogen. Net Zero
UNDERSTANDING ENERGY
Piezoelectric energy does not exist; rather, piezoelectricity is a technology that utilizes specific materials—such as quartz, ceramics, and specialized polymers—to generate an electric charge when subjected to mechanical stress.
Discovered in 1880 by French physicists Jacques and Pierre Curie, this effect allows materials to accumulate electric charges when pressed, bent, or vibrated.
There are all kinds of situations where we need to convert mechanical energy (pressure or movement of some kind) into electrical signals or vice-versa. Often we can do that with a piezoelectric transducer. A transducer is simply a device that converts small amounts of energy from one kind into another (for example, converting light, sound, or mechanical pressure into electrical signals).
In ultrasound equipment, a piezoelectric transducer converts electrical energy into extremely rapid mechanical vibrations—so fast, in fact, that it makes sounds, but ones too high-pitched for our ears to hear. These ultrasound vibrations can be used for scanning, cleaning, and all kinds of other things.
In a microphone, we need to convert sound energy (waves of pressure traveling through the air) into electrical energy—and that’s something piezoelectric crystals can help us with. Simply stick the vibrating part of the microphone to a crystal and, as pressure waves from your voice arrive, they’ll make the crystal move back and forth, generating corresponding electrical signals.
The “needle” in a gramophone (sometimes called a record player) works in the opposite way. As the diamond-tipped needle rides along the spiral groove in your LP, it bumps up and down. These vibrations push and pull on a lightweight piezoelectric crystal, producing electrical signals that your stereo then converts back into audible sounds.
Despite its potential, piezoelectric energy has significant limitations. One common misconception is that it can generate substantial energy outputs for large-scale use. In truth, piezoelectric materials produce small, high-voltage pulses that are only suitable for powering low-energy devices such as sensors and LEDs. Scaling this technology to meet the energy demands of buildings or public spaces is currently impractical and cost-prohibitive.
Additionally, effective energy generation requires specialized materials and consistent mechanical stress. High installation costs and limited energy output make it a less viable option for organizations seeking impactful sustainability solutions.
When compared to kinetic energy systems, the shortcomings of piezoelectric energy become evident:
Piezo: Generates small, inconsistent bursts of electricity, limiting its application to micro-energy solutions.
Kinetic: Produces larger, continuous energy outputs capable of powering devices and charging batteries, making it more suitable for scalable, sustainable solutions.
https://www.autodesk.com/products/fusion-360/blog/piezoelectricity/
END USER PRICING CHANGES WITH C/M ALLIANCE ENERGY
Alberta average household monthly $150-300+ or higher tiers $800 with few above monthly
We are achieving equivlance at $50-75 & up to $200 then $450 then few above on larger residential properties
The average Alberta household uses about 600 kWh of electricity and 10 GJ of natural gas per month, resulting in typical combined energy costs ranging from $150 to $300+ monthly, depending heavily on seasonal heating and regulated delivery fees.
Average Energy Consumption
Electricity: ~600 kWh per month (roughly 7,200 kWh annually). Usage spikes during summer air conditioning or winter darkness.
Natural Gas: ~10 GJ per month (roughly 110 to 120 GJ annually), with winter heating pushing usage to 15–20 GJ/month and summer dropping to 1–2 GJ/month.
Average Monthly Costs & Fees
Electricity portion: Frequently ranges from $70 to $120+ for moderate monthly use, plus fixed delivery and transmission riders managed by the Utilities Consumer Advocate.
Natural Gas portion: Generally averages $80 to $150+ per month, scaling significantly higher during deep winter freeze months.
Total Bills: Most local community groups on Facebook note a broad consensus that total monthly utility outlays span from $150 for smaller efficient spaces to well over $350–$500 for larger single-family detached homes.
SIMILAR TO DENVER COLORADO
Calgary City. A Technological Gold Rush.
Under $750,000 Canadian revokes dirty Energy & drips Energy costs way down by 50-75%
The True Mid-West. Canada & Energy Ally North
Low cost Energy. Low cost maintenance
Looking at Ways to revoke Dirty Energy from Calgary City. Alberta South. Canada Mid-West
A 5 gigawatt (GW) power capacity can continuously power approximately 3.5 million to 5 million homes, depending on regional energy consumption levels and seasonal peak demand.
Key Factors in the Estimate
Per-Gigawatt Baseline: A single gigawatt of continuous generation generally supports between 700,000 and 1,000,000 typical households over the course of a year.
Energy Source Type: Intermittent sources like solar or wind require a multiplier or backup storage because their actual output changes based on weather and time of day, whereas nuclear or natural gas plants supply steady baseload power.
Usage Variations: Homes in colder climates with electric heating or warmer regions with heavy air conditioning use significantly more kilowatt-hours (kWh) than moderate climates, shifting the total count.
CALGARY CITY. BLUE SKY ENERGY CITY OF SUN
New found black gold. Technology. 50-75% Energy savings & increased efficiency while infrastructure updates are managed in a 3-4/4+ & 1-2 Tier split with access to supply & rental - ownership ratio controls for a stronger economy & quality of life
ROUGHLY $20 MILLION UTILIZING SMALLER KINECTIC ENERGY PLANTS COVERS
A 600 Residential Unit Average at $20 Million utilizing just 2500 kW Standard plants connected
Now with C/M you can upscale to a lower cost option for more residential units utilizing 5 - 125 gW systems
Calgary has 531,062 total private dwellings (including all individual apartment units, houses, and suites) recorded inside city limits by Statistics Canada, with recent municipal estimates and post-2021 building data showing the total count rising past 574,000 units.
Housing Breakdown
Total Dwellings: 531,062 private homes (2021 Census baseline), plus tens of thousands of new completions added through recent record housing starts.
Unit Numbers: A complete public list of every individual apartment, condo, and suite number across all buildings is not published as a single static total due to continuous construction and privacy rules.
Where to Find Specific Building and Unit Data
Property Data: You can search individual parcel and building unit configurations using the City of Calgary Assessment Search.
Open Data: Download broader municipal statistics and ward-level dwelling layouts via the Open Calgary Portal.
A new themed Calgary City. Economic controls & security grids while Policing considers humans as wBCI cases or victims unless proven otherwise & innocent until proven guilty with underworld Vs legitimate
Canada. Alberta Province. 24 hour clock. GPS coordinates
INDIVIDUAL HOUSEHOLD UNITS
Approved singular family unit Energy Plants still require atleast 5% metered grid integration & are metered + monitored yet offer further savings & an Emergency Safety System
This is low cost Electricrity whereas Heat - Cooling Pumps & modern insulation & insulators in contained grid effects then add to items like solar & wind affixed even with geothermal to offset costs
You can then lower your Energy & Security bills coupling a domestic security & perimeter effect managed
Above ground & below ground grid powerless we require which manage back to systems like sage water & connected utility
KILOWATT HOURS
Under 10 kW Units run $750-1500
Power is measured in kilowatts (kW) used at any exact moment, not per second, and five average households need about 6 kW of continuous power combined (roughly 1.2 kW per home), or about 142 kW-hours (kWh) per day in total.
Power vs. Energy
Kilowatt (kW): Measures how fast you use power right now (1 kW = 1,000 watts). One home uses about 1.2 kW on average at any given second.
Kilowatt-hour (kWh): Measures total energy used over an hour. Five homes use about 28.3 kWh each per day, totaling 141.5 kWh daily.
Daily Needs for 5 Households
Average continuous load: 6 kW total (1.2 kW per house).
Peak load (evening hours when appliances run): 15 kW to 25 kW total (3 kW to 5 kW per house).
Total daily energy use: ~142 kWh total (~28.3 kWh per house).
Meter rates are less 5% for these & devided on cost for maintenance & overall replacement for 5-10 years with quarterly monitor & 2.5 years effort
Sub Total.
Rates run $4.2 per month with $0.5 & on 5% at $50 or up to 50 minimum devided by 5% whereas grid line infrastructure like hydroelectric are then piggyback off other investments for maintenance to break even against inflation (5% of 50 = 2.5)
R&D Alliance Royalty fee devided up $2.5
Grand total. $9.7 per month rather than $150-300+ or up to 800 average with few over
Separate units would be $10-50 on average with some under $200 rather than over & $800+ would be rare on larger industry commercial properties
Energy Infrastructure Maintenance is then Clean Only & Managed off a Portfolio + Taxation Portfolio like Alliance Portfolio effect then segragated from Transportation Metering & Emergency Safety integration
YIELD. CLOCKING - AND COMPACTING
With this we can increase 2500 kW-s Kilowatts in under a second constant Energy generation upwards over 10,000
We do not measure on Sq Ft but on kW or equivalent used per second on constant Energy deliver from Generated Energy
Clocking takes that $9.7 per month variable & knocks it down 5-30% or more yet equivalent tax yields are included in scale downs for effective delivery
These variables are then upsvaled for growing in Point A - B Silo-Farming meeting Zero Emissions & Emissions Capture for speed - fast growing variables safely
High efficiency & Perpetual Cooling advances
An EESM (Electrically Excited Synchronous Motor) achieves a lowest cost advantage by eliminating expensive rare-earth permanent magnets. It reduces total material and manufacturing costs by roughly 30% to 32% compared to traditional permanent magnet synchronous motors (PMSM). C/M has found ways to design strong - light equivalent industry performance Motors which drastically drop end user pricing tiers well below 25% of industry competitors increasing the 30% to 32% above
Cost and Design Factors
No Rare-Earth Metals: Replaces costly neodymium or dysprosium magnets with standard copper rotor windings and steel.
Price Stability: Bypasses volatile rare-earth commodity pricing by tying material expenses directly to stable base metals.
Excitation Trade-off: Adds minor overhead via control circuitry and brushes or brushless exciters for the rotor current, which is heavily outweighed by magnet savings.
Looking for specific pricing, power ratings (kW/HP), or applications (such as electric vehicles or industrial drives) for an EESM C/M has an entire Motor - Engine Devision under Motion - Stationary Energy for most scaled applications
ALBERTA
Sydney Nicola Bennett's UN Framework for Alberta exists. It is very adjusting & progressive yet will create an independent State within a State
Rules. Laws. Protective Rights
What you can do. What you cannot do.
LIKELY HOOD
A grand possibility that. 100-150 years replacement parts on Stationary Plants if a Natural Disaster occurs.
CROKED = WAS THE DIRTY ENERGY GLOBALLY
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