We need a power distribution center built with the following spec\'s. Could you please send over a quote?

A Power Control Center (PDC) shall be provided for network, control, and telecommunications. The PDC shall be a pre-designed, factory assembled and tested unit, so that the field work at the installation is minimized.
The minimum size required for the Company provided equipment is 10’x12’.  Contractor to increase size as necessary for additional equipment they may require.  
Each base shall consist of structural steel shapes welded at joints and arranged to not interfere with power and control cables entering the electrical equipment cubicles from below. Two removable lifting lugs shall be provided on each long side for lifting a fully outfitted structure. 
The base shall be designed to support the structure and equipment on concrete piers. 
The floor system (floor plate and intermediate support members attached to the base) shall be designed to support the loads specified. The floor shall be a minimum of ¼ inch steel plate welded to the perimeter members and cross members of the base. The floor loading shall be rated not less than the requirements listed in the design criteria. 
When bottom access is required for electrical equipment, floor cutouts with gasketed removable 12 gauge steel cover plates shall be provided.
Each electrical cubicle and each panel that are designed for cables entering from below shall be provided with a bolted and gasketed gland plate cover for the appropriate opening under the equipment.
Framing consisting of structural steel shapes (formed or rolled) shall be used to frame the walls (at floor and ceiling), doors, and roof. Intermediate framing shall be provided as required by the manufacturer\'s design to meet the conditions specified.
Wall and roof panels shall consist of interlocking steel or aluminum panels. Wall panels shall be single piece from floor to roof and roof panels shall be single piece from wall to ridge or wall to wall if no ridge is provided. Exterior seams shall be sealed with 100 percent, 50 year life silicone sealant (color to match adjoining surface). The inherent design of the seams shall be to keep falling and blowing water out of the building.
The interior sides of the walls and roof shall be provided with interlocking panels designed to support wall mounted panels and devices and to form a smoother finished appearance.
Two entry doors shall be provided on each structure. Each door shall be a single door 36 inches by 84 inches nominal. Panic hardware (aluminum or stainless steel) shall be provided on both doors. Drip shields, weatherstripping, thresholds, astragals, heavy-duty closures, and doorstops shall be provided for both doors.
Interior lighting shall be provided by LED, enclosed and gasketed, industrial, wrap-around fixtures. A minimum horizontal level of 30 foot-candles at 3 feet above the floor shall be provided. A 3-way light switch shall be provided at each door. 
Exterior lighting shall consist of a single industrial grade, wall mounted fixture (commonly known as a “wallpack”) LED fixture mounted above each entry door. Control shall be provided by an integral photoelectric and motion sensing device in each fixture. Each fixture shall be mounted beside rather than above the drip shield so as to prevent the shield from casting a shadow on the door. 
Emergency lighting shall consist of one, 2 lamp, self-contained, battery backup fixture. The fixture shall be provided with a sealed battery that will provide 90 minutes of rated light output after loss of normal power. A push-to-test button shall be provided for testing the system. 
Two industrial grade, grounded convenience receptacles shall be provided. One receptacle shall be mounted at each end of the Power Control Center. Power for convenience receptacles shall be derived from the building power source.
A 4/0 AWG bare copper ground conductor shall be routed around the inside perimeter near the ceiling. This conductor shall be connected to two external 2 hole ground pads (one at each end of the center). Each piece of electrical equipment in the center shall have its ground bus or enclosure (if no ground bus is present) connected to this 4/0 conductor. Electrical switchgear shall be connected to this conductor (using 4/0 stingers) in two places (one at each end of the ground bus).
The cooling requirements for the Company provided equipment will be 12,000BTU.  This does not include heat loss for the building itself nor any additional equipment that the Contractor may provide.  Industrial grade (window type units are not acceptable) heating, ventilating, and air conditioning (HVAC) equipment shall be sized and provided by the Supplier. HVAC equipment size shall be based on maintaining an interior temperature range of 60 °F to 80 °F taking into consideration the heat load of present equipment and the site conditions. HVAC equipment shall consist of self-contained wall mounted units, complete with supply and return grilles, lockable circuit breakers or disconnect switches, manual thermostats, barometric fresh air dampers, and a 1 inch disposable air filter. The following controls shall be supplied: high-pressure control, low-pressure control, low ambient control, compressor anti-cycle relay, and alarm relay. Condenser and evaporator coils shall be phenolic coated. HVAC shall be installed in each Power Control Center (at opposite ends).
A 100 ampere power distribution panel (three-phase, 4 wire) shall be provided with main breaker and feeders as required by the equipment being fed, including twenty percent (20%) spares for Company use. A raceway system shall be provided for external connection of the specified power supply entering from below the center.
The required quantity and location of the fire extinguisher(s) shall be determined by the Supplier in accordance with the latest revision of NFPA 10 standard. Fire extinguisher(s) shall be securely mounted on the wall and shall be secured for shipping.
All building joints shall be designed to minimize the loss of conditioned or pressurized air and to prevent entry of rain, sleet, snow, or moisture. All wall seams and areas where metal-to-metal contact occurs shall be liberally caulked with butyl rubber caulking. All roof seams shall be sealed with ethylene propylene copolymer tape to ensure water resistance.
