C/M Calgary Potential
C/M Calgary Potential
CALGARY + C/M - SAD PLANET OF M.D.E
S.B.G. Unfulfilled Growth Plans. 2026-2030 onward for CIG Canada VS USA & European - International
WAREHOUSE SPACE CALCULATIONS
Bunker design for seismic & tornados
Can do 5-20 Million Sq Ft
6 Million+ Sq Ft on 150 acres & a few parcels allows custom options C/M can base out of in Canada connected to smaller grid scale European - International & USA separately
To calculate warehouse capacity for 150 acres, you'll need to determine the usable square footage of the warehouse, then consider the vertical storage space (stack height). The formula is: Total Usable Space (sq ft) x Stack Height = Total Storage Capacity (cubic ft). Remember to factor in non-storage areas like offices and loading docks when calculating usable space.
Here's a breakdown:
1. Convert Acres to Square Feet:
1 acre = 43,560 square feet. Therefore, 150 acres * 43,560 sq ft/acre = 6,534,000 square feet.
2. Determine Usable Square Footage:
Total Square Footage: 6,534,000 sq ft (from step 1)Non-Storage Space: Subtract the area for offices, restrooms, loading docks, etc.
Usable Space: Total sq ft - Non-Storage sq ft
3. Determine Stack Height:
Clear Height: Measure the vertical space from the floor to the lowest obstruction (like a sprinkler or light fixture).
Stack Height: Account for safety regulations, accessibility, and the type of goods stored.
4. Calculate Total Storage Capacity:
Storage Capacity: Usable Space (sq ft) * Stack Height (ft) = Total Storage Capacity (cubic ft).
Example:
Let's assume after subtracting non-storage areas, you have 5,000,000 sq ft of usable space and a stack height of 30 feet. Storage Capacity = 5,000,000 sq ft and 30 ft = 150,000,000 cubic feet.
Important Considerations:
Space Utilization:
Consider how efficiently you'll use the space. Factors like product types, turnover rate, and storage methods will affect utilization.
Pallet Racking:
If using pallet racking, factor in aisle widths and the number of levels in your calculations.
Safety Regulations:
Adhere to fire codes and other safety standards when determining stack height and aisle dimensions.
DIGITAL - PHYSICAL INFRASTRUCTURE + R&D & MANUFACTURING
Springbank 150 acres+3 parcels under $30 Million for all 3 then under $500 Million with construction then extras connected to Shield grid. Can do.
628 ac - 27 Million sq ft max
https://www.realtor.ca/real-estate/27075440/r3-t24-s6-w5-rural-rocky-view-county-elbow-valley
160 ac - 7 Million sq ft max
https://www.realtor.ca/real-estate/27983641/sw-corner-of-range-road-35-springbank-road-rural-rocky-view-county
121 ac - 5.2 Million sq ft max
https://www.realtor.ca/real-estate/26693885/twp-rd-245-and-rr-32-rural-rocky-view-county-springbank
LOGISTICS
Piston-Punch Semi truck & trailer runs from Vancouver to & from Calgary International Airport then Edmonton or North + Saskatchewan pick up points for raw & repurposed materials then to Shield Partner locations & shipping for parts - maintenance supply
Acting as CIG HQ of 3. With global grid.
Alps - Mediterranean & New York City + Calgary
COMPARISONS LIKE LUCID ARIZONA
Tesla has several large "Gigafactories" worldwide, with the largest being Gigafactory Texas, which spans over 10 million square feet and 2,500 acres. Other notable Tesla warehouses include Fremont Factory (5.5 million sq ft) and Gigafactory Nevada (5.4 million sq ft).
Here's a breakdown of some key Tesla warehouses:
Gigafactory Texas:
Located in Austin, this is Tesla's largest facility, encompassing over 10 million square feet of factory floor and 2,500 acres of land. It serves as a manufacturing hub for Model Y, Cybertruck, and other projects.
Fremont Factory:
In Fremont, California, this factory has 5.5 million square feet of manufacturing and office space. It produces Model S, Model X, Model 3, and Model Y vehicles.
Gigafactory Nevada:
Located near Sparks, Nevada, this facility has a floor area of 5.4 million square feet and focuses on battery and energy storage products.
These facilities highlight Tesla's commitment to large-scale manufacturing and the production of electric vehicles and energy solutions.
EUROPEAN MANUFACTURING NOT UAEVEN OR ASIAN + OCEANIA
Germany, the Czech Republic, and Poland are frequently cited as leading manufacturing destinations in Europe. Germany boasts a strong economy, skilled workforce, and advanced manufacturing capabilities, particularly in the automotive and engineering sectors. The Czech Republic consistently ranks high in manufacturing indices due to its well-developed infrastructure, business environment, and relatively affordable labor. Poland offers a growing economy, low labor costs, and access to the EU market, making it attractive for foreign investment.
Germany:
Strengths:
Strong economy, skilled workforce, central location, advanced manufacturing capabilities, leader in automotive, machinery, and chemical sectors.
Considerations:
Highly regulated labor market, potential for higher labor costs compared to some other European countries.
Czech Republic:
Strengths: Well-developed infrastructure, stable business and economic environment, relatively low-risk profile, competitive labor costs, good transport infrastructure.Considerations: Rising construction and energy costs, potential for labor shortages.
Poland:
Strengths: Fast-growing economy, low labor costs, access to the EU market, tax breaks and incentives for foreign investors, skilled workforce.Considerations: Potential for skilled worker shortages.
Italy:
Known for high-quality luxury and design products, fashion, furniture, and food industries.
France:
Strong in industrial investment and manufacturing, particularly in the automotive and aerospace sectors.
Spain:
Strong tradition in textile production, with a focus on clothing, accessories, and leather goods.
Netherlands:
Known for its competitiveness, innovation, and skilled workforce.
Portugal:
Strong in textile production, with a focus on clothing, footwear, and home textiles.
Notes:
Central - South America
Could split between Pemberton & Springbank Calloway Calgary
CIG

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