Indiana Professional Center

Indiana Professional Center

DESCRIPTION: PCI provided design of this 26,000sf office building for professional, medical and dental offices.

LOCATION: Spokane, Washington
CLIENT: Ramey Construction – Spokane, Washington
DELIVERY METHOD: Design-Build (DB)
SERVICES PROVIDED: Electrical System Design

Images courtesy of Form Architecture

Wonder Site Adaptive Reuse

Wonder Site Adaptive Reuse

DESCRIPTION: A local developer bought the historic Wonder Bread bakery building for development into an artisan food market and commercial space. PCI provided electrical design for the renovation and addition to the existing building, and provided electrical shell build-out for future tenant spaces. In addition, PCI provided design for an adjacent parking structure, to be utilized for tenants and visitors within the building. After construction was complete, the building was maintained on the historic register.

KEY FEATURES: Adaptive Reuse, Tenant Improvements, 400 Stall Parking Garage

LOCATION: Spokane, Washington
PROJECT SIZE: 112,000 Square Feet
DELIVERY METHOD: Design-Bid-Build (DBB)
ARCHITECT: Wolfe Architecture Group – Spokane, Washington
SERVICES PROVIDED: Electrical System Design

Photo courtesy of Wolfe Architectural Group

Global Credit Union

Global Credit Union

DESCRIPTION: Global Credit Union grew beyond the capacity of their existing headquarters building and bought an existing commercial building for remodel. This project consisted of remodel of that building for use by Global. Project design and construction was phased to minimize impacts on the existing building tenants and Global banking operations.

LOCATION: Spokane, Washington
FACILITY SIZE: 50,000 square feet
CLIENT: Global Credit Union – Spokane, Washington
DELIVERY METHOD: Design-Build (DB)
ARCHITECTS: Wolfe Architectural Group – Spokane, Washington
SERVICES PROVIDED: Electrical System Design

Cochrane Office Building

Cochrane Office Building

DESCRIPTION: Design included electrical systems of a new three story commercial facility for a local insurance brokerage. The building was situated on the foothills overlooking the city and design elements emphasized the natural view.

Electrical Systems Design included the following systems: Site Electrical Design; Normal Power Systems; Emergency Power for Building Data Systems; Interior Lighting and Control Systems; Exterior Lighting and Control Systems and Data/Telephone Infrastructure Wiring.

LOCATION: Spokane, Washington
CLIENT: Cochrane & Company – Spokane, Washington
DELIVERY METHOD: Design-Bid-Build (DBB)
ARCHITECT: Denny Christiansen Architects – Spokane, Washington
SERVICES PROVIDED: Electrical System Design

Syringa Office Building

Syringa Office Building

DESCRIPTION: This project consists of development of a five (5) acre campus for three (3) medical office buildings, each building approximately 9,000 square feet. The electrical design included infrastructure for all three buildings, with one building being designed for the first phase of construction. Electrical design consisted of connection to the campus electrical power distribution system, normal power systems, lighting, lighting control, equipment connection, grounding, data/telephone wiring, fire alarm, and security systems.

LOCATION: Post Falls, Idaho
FACILITY SIZE: 27,000 sf
CLIENT: Young Construction – Hayden, Idaho
DELIVERY METHOD: Design-Bid-Build (DBB)
ARCHITECT: D’Zign Group – Hayden, Idaho
SERVICES PROVIDED: Electrical System Design

Grant County PUD, Wanapum Maintenance Center, HED Offices

Grant County PUD, Wanapum Maintenance Center, HED Offices

DESCRIPTION: This project facilitates the move of the Hydro Engineering Department from the Beverly office complex to the Wanapum hydroelectric power plant. This project is the last of three phases allowing Grant County PUD to self-perform the upcoming major maintenance projects instead of contracting these to outside entities.

Electrical design consisted of connection to the campus electrical power distribution system, normal and emergency power systems, lighting, lighting control, equipment connection, grounding, data/telephone wiring, fire alarm, and security systems.

LOCATION: Beverly, Washington
FACILITY SIZE: 35,770 Square Feet
CLIENT: Grant County PUD
DELIVERY METHOD: Design-Bid-Build (DBB)
ARCHITECT: Bernardo Wills Architects – Spokane, Washington
SERVICES PROVIDED: Electrical System Design

Unitarian Universalist Church Solar Photovoltaic (PV) System

Unitarian Universalist Church Solar Photovoltaic (PV) System

DESCRIPTION: PCI was approached by the Chairman of the Church’s Solar Committee to discuss the design and construction of a large roof mounted Photovoltaic System (PV) to help the Church realize their renewable energy goals. The Solar Committee had been working with several other local engineers and contractors in the area to help build momentum for the project within the congregation. PCI was committed from the start to explore variations of system sizes and methods for maximizing the power production of the system while maintaining a competitive proposal which made the project financially feasible.

The Church had originally raised money to complete the solar array through donations made by members of the congregation but then soon realized that a partnership with Washington Based Non-Profit Sustainable Works would allow them access to financing options to increase the size of the solar array. Sustainable Works was able to secure additional financing for the project while taking on the role as the non-profit general contractor.

At the time, this installation represented the largest Church based photovoltaic (PV) solar array in Washington State.

This project consisted of adding 18.75kW of roof mounted solar photovoltaic panels. The installation included 75 SolarWorld 250W panels along with individual Enphase M215 micro inverters for each panel.

LOCATION: Spokane, Washington
SYSTEM SIZE: 18.75kW
CLIENT: Unitarian Universalist Church of Spokane
DELIVERY METHOD: Design-Build (DB)
CONTRACTOR: PCI Renewables – Spokane, Washington
SERVICES PROVIDED: Electrical System Design

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