Toyota North American Headquarters

Telios PC MEP Engineering, Construction Management, and Solar Implementation Project at Toyota North American Headquarters

To become a more innovative, cohesive, and collaborative company Toyota’s North American headquarters consolidates major U.S. divisions – sales, marketing, engineering, finance, and corporate services to their new headquarters campus. Seven buildings of varying heights from single to six (6) stories dominate the 100-acre campus providing approximately 2 million square feet for approximately 5,000 employees. […]

Confidential Financial Client Solar Project

Solar Project for North Texas Financial Client Completed by Telios PC

The Client retained Telios as the MEP engineer of record for a new 700-acre corporate campus, including a nearby 20 acres for their private data center in North Texas. The data center master plan included constructing a 3 MW data hall on 10 acres in the first phase and reserving the remaining 10 acres for […]

Irvine Ranch Water District Solar

Irvine Ranch Water District Solar Energy Project

Irvine Ranch Water District (IRWD) sought to leverage unused land above two below-grade water cisterns to create an independent 12kV microgrid incorporating PV and battery storage to satisfy the plant’s power demands and create energy autonomy. Locating the PV above the water cisterns meant the entire installation had to remain above grade, eliminating the possibility […]

Honolulu Airport Phase II Solar

This was the second phase of a three-phase project in which HIDOT sought to add additional PV capacity totaling 5.33 MWdc to existing parking garages and terminal roofs. The PV expansion occurred in three geographic areas on the airport campus: two parking garage canopies (totaling 3.4 MW) and nine terminal roofs (totaling 1.93 MW). The […]

Toyota Port of Long Beach Fuel Cell

Toyota Port in Long Beach, completed by Telios

Telios partnered with Toyota and Fuel Cell Energy to integrate a 3 MW fuel cell plant into Toyota’s vehicle processing center at the Port of Long Beach, California. The project is a groundbreaking development in which directed biogas is used as the fuel cell’s feedstock, providing the entire campus with 100% emissions-free, renewable electricity and […]