Telecommunications Data Center – 7,500 K;, 60,000 SQFT

Lewis Center, Ohio

Project managed and designed “N+N’ power distribution system for 60,000
square foot Data Center for Telecommunications Company. Project construction
period is approximately 7 months from conceptual design to final occupancy.

Standby Power generation: 7,500 KW

UPS Power: 4000 KVA

Telecommunications Data Center (V3) – 6,000 KW; 20,000 SQFT

Sterling, VA

Project managed and designed “N+N’ power distribution system for 20,000 square
foot Data Center for Telecommunications Company. Project construction period
is approximately 12 months from conceptual design to final occupancy.

Standby Power generation: 6,000 KW

UPS Power: 4000 KVA

Telecommunications Data Center – 6,000 KW

Sacramento, CA

Designed and managed the expansion of UPS distribution system, and
air distribution systems.

Standby Power Generation: 6000 KW

UPS Power: 3000 KVA

Telecommunications Data Center – 12,000 KW

Denver1, CO

Designed and managed the expansion of UPS distribution system, and
air distribution systems.

Standby Power Generation: 12000 KW

UPS Power: 4000 KVA

Telecommunications Data Center

Sunnyvale, CA

Designed and managed the installation of new UPS system,
4000 amp service entrances, 12 KV utility distribution,
standby generator plant, chilled water plant and air
distribution systems.

Standby Power Generation: 6250 KW

UPS Power: 6000 KVA

Telecommunications Data Center – 6,250 KW

Burbank, CA

Designed and managed the installation of new UPS system, 4000 amp
service entrances, 12 KV utility distribution, standby generator
plant, condenser water plant and air distribution systems.

Standby Power Generation: 6250 KW

UPS Power: 4000 KVA

Telecommunications Data Center – 4,000 KW; 17,000 SQFT

Sunnyvale 2, CA

Commissioned the critical systems for a 17,000 square foot data center.
System includes an N+N utility distribution, standby generators and UPS systems.
Cooling system consisted of Glycol CRAC units and dry coolers located on the roof.

Standby Power Generation: 4000 KW

UPS Power: 3000 KVA

Telecommunications Data Center – 8,000 KW

Denver3, CO

Designed and managed the expansion of UPS distribution system, and
air distribution systems.

Standby Power Generation: 8000 KW

UPS Power: 6000 KVA

Telecommunications Data Center – 8,750 KW

Seattle, WA

Designed and managed the expansion of UPS distribution system, and
air distribution systems.

Standby Power Generation: 8750 KW

UPS Power: 6000 KVA

Telecommunications Data Center – 8,750 KW

Seattle, WA

Designed and managed the expansion of UPS distribution system, and
air distribution systems.

Standby Power Generation: 8750 KW

UPS Power: 6000 KVA

Telecommunications Data Center – 12,000 KW

Chicago, IL

Designed and managed the expansion of UPS distribution system, and
air distribution systems.

Standby Power Generation: 12,000 KW

UPS Power: 7500 KVA

Telecommunications Data Center

Minneapolis, MN

Designed and managed the expansion of UPS distribution system, and
air distribution systems.

Standby Power Generation: 4000 KW

UPS Power: 750 KVA

Telecommunications Data Center – 6,000 KW

Albuquerque, NM

Designed and managed the expansion of UPS distribution system, and
air distribution systems.

Standby Power Generation: 6000 KW

UPS Power: 3000 KVA

Telecommunications Data Center - 10,000 KW

Orangeburg, NY

Designed and managed the power expansion of the data center.
Designed and managed the installation of 15KV utility distribution,
480V generator systems, N+1 UPS systems and air cooled heat
rejection system .

Standby Power Generation: 10,000 KW

UPS Power: 6250 KVA

Telecommunications Data Center - 2400 KW

Dublin, OH

Designed and managed the power and cooling expansion for the data center.
The project includes standby generator and additional cooling to the space.
The project was designed and constructed in a fully operational data center
without interruption to the data center.

Standby Power Generation: 2400 KW