Making the ‘impossible data center’ a reality.

WINNER 2015Best of Sustainability and Environmental

Technology

MERIT 2015Best of Start-Up

Companies

2015ASIA PACIFIC

WINNER 2015Best of Sustainability and Environmental

Technology

United Nations ITU WSIS 2016

WINNERE-Environment

Malaysia’s First Win

Data Centers Face Many Challenges

We Removed Air From The Equation, Solving Multiple Data Center Problems.

CURRENT INDUSTRY FACT

IT Power = 1 Watt

Cooling Power = 1 Watt

Power Usage Effectiveness (PUE) = 2.0

[Eco2] FACT

IT Power = 0.9 Watt

Cooling Power = 0.1 Watt

Power Usage Effectiveness (PUE) = 1.1

HOW?

We do away with CRAC, CRAH, Chillers or Fans. Air is a poor heat conductor. Kept at 21°C (7°C at chiller) to keep servers

cool.

WHAT!!?

Submersion cooling = 1356x more efficient at holding heat

than air. [Eco2] at 38°C is as efficient as 21°C air.

[Eco2] Economical & Eco-Friendly

What Is Eco2 ?

CASE STUDY: CRF DATA CENTER – WWW.CRF.MY

What Is Eco2 ?

CASE STUDY: CRF DATA CENTER – WWW.CRF.MY

DESIGN BRIEF: THE MOST COST EFFICIENT MODULAR GREEN DATA CENTER IN THE WORLD

MOBILE: Fast and low cost transportation to provide computing resources in any location.

MODULAR: ‘Lego’ blocks methodology. koolKUBES can be stacked up 7 levels high. Smallest Deployment Unit is 1/3 of a rack.

PLUG & PLAY: Just plug in power and bandwidth. LOW CAPEX: Verified lowest capex globally & lowest opex

regionally.

324kw, scalable to 6372kw Up to 2268 1U Servers 480sf vs 1450sf conventional US$3 per watt CAPEX vs $10-$20/w

CLOUD IN A BOX – POWERED BY Eco2

MikrosMICRO DATA CENTER

POWERED BY Eco2

Uses ambient cooling with Eco2 coolant.

Rugged and weatherproof.

PUE=1.0

The latest mobile applications needs ultralow latency, 15ms vs current 200ms. This isthe biggest challenge of the industry rightnow. To fix this, the Internet needs to beredesigned or DCs need to be closer tousers. We bring DCs closer.

Eco2 vs Air Cooling vs Transformer Oil

Comparing With The Existing 1.6 Billion Square Feet of Global Data Center Space Using Air Cooling

70% less capital expenditure50% less energy bill50% less carbon footprint80% Faster Deployment30% Less Equipment Failure40% Cheaper HDDs8 Hours Disaster Recovery-Response TimeDust Free OperationsNoise Free Operations

Component Air Cooling Eco2

CRAC/CRAH REQUIRED NOT REQUIRED

CHILLER REQUIRED NOT REQUIRED

LARGE BACKUP GENERATOR

FULL SIZE HALF SIZE

AIR FLOW ENGINEERING

REQUIRED NOT REQUIRED

HOT/COLD AISLE REQUIRED NOT REQUIRED

RAISED FLOOR/SPECIAL FLOOR

REQUIRED NOT REQUIRED

RACK RAILS REQUIRED NOT REQUIRED

Comparing With The Existing 20,000 Square Feet of Global Data Center Space Using Fluid Submersion

66% more dielectric -capacity18% more heat -conductivity50% less capital -expenditure51% higher flash point19% higher fire point

Feature Eco2 Transformer Oil

DESIGN FOR ICT FOR TRANSFORMERS

HEAT CAPACITY 118KW 100KW

DIELECTRICCAPACITY

BREAKDOWN AT 75KV BREAKDOWN AT 45KV

FLASH POINT >220°C >145°C

FIRE POINT>220°C

>185°C

TOXICITYSAFE FOR HUMANS, ALL

ADDITIVES FDA APPROVED

WHO GROUP 1 CARCINOGEN FOR HUMAN

TOTAL INFRA COSTS US$2/WATT US$4/WATT

RENEWABLE YES NO

SUSTAINABLE YES NO

BIO-DEGRADABLE YES NO

International Agency for Research on Cancer found Polycyclic Aromatic

Hydrocarbons

MAJOR COST SAVINGS E.G: 0.5 MW (MEDIUM DC)

CAPEX

OPEX

TCO

ROI

Eco2 = US$1.0M Traditional = US$3.35M

*Based on 500kw IT equipment capacity. Includes racks & complete cooling. Excludes building, raised flooring, ICT, etc.**Based on US$0.20 per kwh, lower IT because of fans removals.

70% Lower*

Eco2 Cooling = US$87.6K /yrAir Cooling = US$876K /yr

90% Lower + 10% Lower IT**

Eco2 Maint. = US$125K /5yrsAir Cooling Maint. = US$525K /5yrs

Eco2 Savings = US$788K /yr 15 Months

76% Lower

Eco2 Conventional A Conventional B Conventional C

Total Power Needed 24.3 MW 36MW 43MW 48MW

Power Usage Effectiveness (PuE) Design

1.11 1.5 1.8 2.0

Total Critical IT Load 21.6MW (10% less IT power

due to fans removal)24MW 24MW 24MW

Cooling & Auxiliaries Load 2.7MW 12MW 19MW 24MW

Cooling & Racking Infrastructure CapEX

US$2 per IT Watt = US$48,000,000

US$6.5 per IT Watt =US$156,000,000

US$6.5 per IT Watt =US$156,000,000

US$6.5 per IT Watt =US$156,000,000

Annual Total DC Energy OpEX

212,868,000KWh x 0.45sen =

RM95,790,600

315,360,000KWh x 0.45sen =

RM141,912,000

376,680,000KWh x 0.45sen =

RM169,506,000

420,480,000KWh x 0.45sen =

RM189,216,000

Annual DC Carbon Footprint 157,735,188 MT CO2 233,681,760 MT CO2 279,119,880 MT CO2 311,575,680 MT CO2

COMPARING SPECIFIC DEPLOYMENTS FOR MEGA DCs

STAYING TRUE TO OUR MISSION, ALWAYS.

We are environmental stewards representing the ICT industry with the mission of helping preserve Earth for

our future generations. One DC at a time, low cost.

THANK YOU FOR YOUR TIME.