Electrical Engineering

Design-build implementation of a fully automated 30MW standby power generation facility.

Campus Wide Low and Medium Voltage Critical System Upgrades.

Design Build implementation of a 33,000 square foot Hardstand Facility at SeaTac Airport.

Casne engineered ventilation upgrades to 13 paint stations for the Boeing 777, 767 and 747 lines.

Casne acted as the electrical/controls design firm and integrator for the design and construction assistance of Boeing's new training center. 

Casne designed the installation of Electric Vehicle Supply Equipment for 12 electric vehicles. 

Casne improved the seating and electrical infrastructure in the boarding areas at an airport.

Casne provided design and construction assistance services for a Switchgear Replacement at Woods Creek Hydroelectric Station. 

Casne designed a solution for installing a stationary generator at the Holgerson Well pump station, ensuring reliable standby power.

Casne designed and integrated a new PLC control system for standby power systems in the Main Terminal and Concourse C.

Casne improved the seating and electrical infrastructure in the boarding areas at an airport.

Casne designed Motor Control Cabinets (MCC) and PLC Control Cabinets at the sample locations, incorporating fiber network communication back to the IWS pump station.

The upgrades to the critical lift station were carried out in two phases to ensure optimal performance, minimize downtime, and maintain consistency during the construction process.

Casne assessed the current network and developed a roadmap for upgrades, while taking cost and priorities into account.

Casne assessed, updated, and replaced the electrical distribution equipment that had reached its life expectancy or was damaged, antiquated, or over-dutied.

The project involves a complete overhaul of the SCADA systems across multiple hydroelectric and natural gas power plants.

Casne Engineering provided project management, design, and integration services. 

Casne Engineering worked with the University of Washington to develop a solution to replace a failed tuned capacitor bank at the university's main receiving stations from their utility feeds.