Save 30 - 40%+ Energy on Cooling for
DATA CENTER

BocaPCM-TES Data Center Solution

Save the most energy from cooling system

Today as big data being the most valuable assets in the information age makes data center a sacred place where its damages or malfunctions are beyond what our society can afford.

The frontline defense of the normal operation of data center involves energy storage technologies as well as bulk cooling measures and heat rejection subsystem such as chillers, cooling towers, which play important roles in maintaining system uptime. This Uninterrupted Cooling Supply (UCS) helps uphold a cooling capacity backup for data center to run normally at emergency.

The Ultra High Efficiency BocaPCM-TES Hybrid Power Chiller Plant System provides the best solution for data center in terms of energy saving capacity and system reliability.

Save
Energy

At least save 30-40% electrical energy and relevant cost.

Built-in
UCS

Uninterrupted Cooling Supply included, saving extra UCS cost & OPEX.

Even More
Saving

Works with other cooling measures such as liquid cooling technology.

Case Study

Location: Hong Kong
• Power Density 2kW/sq.m.
• Cooling Load 1kW/sq.m.
• Assume 42U, 5~6kW/rack
• Existing 10,000 sq.m.
• Assume 1,000 racks
• Peak Cooling Load 10,000kW
• Average 25℃ambient temperature

Item	Typical Chiller System	BocaPCM-TES Chiller System	Boca + Liquid Cooling System
Power Consumption	3.6kW/rack	2.4kW/rack	2.0kW/rack
PUE	1.6	1.4	1.2
Comprehensive Power Consumption /Rack	47.3 ~ 63.1 MWh/year	31.5 ~ 40.9 MWh/year	26.0 ~ 34.7 MWh/year
Overall Comprehensive Power Consumption for 1,000 racks	47,300 ~ 63,100 MWh/year	31,500 ~ 40,900 MWh/year	26,000 ~ 34,700 MWh/year
Assume HK$1.00/kWh, annual operation electricity bills	$47.3 ~ 63.1M	$31.5 ~ 40.9M	$26 ~ 34.7M
Energy Saving	0 (Base)	15,800MWh/year	21,300MWh/year
Energy Saving in %	0 % (Base)	35 %	45 %
Reduction of CO2 Global Warming Emission		8,058,000kg/year	10,563,000kg/year