Fuji Electric green data centers
1.We are helping to reduce the impact on the environment by using high-efficiency equipment for energy-saving electric power usage and air conditioning, and by using visualization to propose energy optimization.
2.We have an abundant line-up of solutions for constructing your green data center.
3.We offer a one-stop solution from design through construction.
Fuji Products for Data Center
Applicable to all types of data centers: modular type
Modular Data Center (Basic configuration)
Main component specifications
■Server block basic module
80 server racks of storage, Server load: 400kW(sever unit average load: 5kW)
Smallest unit: 10 server racks
Robust seismic performance, up to 1000 gal
80 server racks of storage, Server load: 400kW(sever unit average load: 5kW)
Smallest unit: 10 server racks
Robust seismic performance, up to 1000 gal
■Indirect outside air conditioning unit
No concern about dust such as PM2.5, SOX or NOX
Year-round operation possible
Utilizes high-insulation housing
No concern about dust such as PM2.5, SOX or NOX
Year-round operation possible
Utilizes high-insulation housing
■UPS block
500kVA UPS, high efficiency of 96.5%
Standby redundancy operation with the common UPS building
500kVA UPS, high efficiency of 96.5%
Standby redundancy operation with the common UPS building
Example of application to a container type data center
Based on the container enclosure, the hardware required for the data center is assembled as one package.
Configuration
■Server container (1 to 8 racks of storage)
Sever average load: 12.5kW
Sever average load: 12.5kW
■Air conditioner : 4 units
F-COOL NEO cooling capacity: 25kW
F-COOL NEO cooling capacity: 25kW
■Incoming panel
Example of application to a building type data center
Example of partitioning part of the floor, in a building application
■Compatible with various types of floors
■Can be expanded in phases with short delivery time
High efficiency Large capacity UPS7000HX-T4
High efficiency
Adopting RB-IGBT, achieve high efficiency, 96.5%
Adopting RB-IGBT, achieve high efficiency, 96.5%
Space-saving
Footprint is 35% reduced by reducing number of parts and minimizing the parts.
Footprint is 35% reduced by reducing number of parts and minimizing the parts.
Scalable
Unit Capacity is 500kVA (PF=0.9, 450kW).
8 units can be placed in parallel at the maximum and maximum capacity will be 4000kVA.
Unit Capacity is 500kVA (PF=0.9, 450kW).
8 units can be placed in parallel at the maximum and maximum capacity will be 4000kVA.
Indirect outside air conditioning unit F-COOL NEO
Energy-saving cooling method using outside air indirectly
Less Infrastructure
Water supply not required for cooling water or vaporization Necessary infrastructure is only electric power
Water supply not required for cooling water or vaporization Necessary infrastructure is only electric power
Built-in compressor type refrigerator
Utilization of outside air with hybrid system
- Annual rated cooling power of 25 kW and 40 kW
- Copes with high-humidity environments
Utilization of outside air with hybrid system
- Annual rated cooling power of 25 kW and 40 kW
- Copes with high-humidity environments
Utilization of outside air energy
Indirect air usage method
Shuts out causes of corrosion from the outdoors Utilization of outside air throughout the year
Indirect air usage method
Shuts out causes of corrosion from the outdoors Utilization of outside air throughout the year
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