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CtrlS PresentationCII National Award for “Excellence in Energy Management 2018
2018
USA | Singapore | India | Middle East | APAC
www.ctrls.in
Dedicated Focus on Energy Conservation
Asia’s Largest Tier 4 Datacenter Provider and Managed Services Provider
Promoted by Pioneer Group and $39 bnOCH ZIFF capital, OZM (NYSE) www.ozcap.com
Cumulative Business Revenues of
$200 Million (approximately)
Since the beginning of our business operations
200Innovationsin technologies since 2008
Serving 12 of the Fortune 100
Globally and 24of ET 100 Indian companies
Powering
3,500+ Enterprises
Global Footprint
USAAPACMiddle East India
1,000 People
Strong Group
Corporate Factsheet - APAC’s Largest Tier-4 Datacenters
MostAwardedDatacenter in India
World Class Datacenter Serving Fortune 500 Companies Globally
Providing Global Connectivity
Global Footprint
170 PoPs (CDN) across 35 countries
18 Domestic PoPs across India
Large concentrations of edge servers
Key locations with high internet traffic
High computing and caching power at each PoP
Intelligent storage load balancing, caching /routing
High QoS leading to High Quality of Experience (QoE)
100% Redundancy to address Fail-over’s
Network built to protect from SQL injection, DoS attacks etc
100% Guaranteed Uptime
- Hyderabad, - Mumbai- Chennai - New Delhi (upcoming)- Bangalore (upcoming)
Hyderabad (A)
Bangalore (A)
Chennai (A)
Mumbai (A)
Pune
LucknowJaipur
Chandigarh
Delhi (A)Gurgaon
Ahmedabad
Dehradun
Patna
Aurangabad
Kokata (A)
Gauhati
Kochi
Raipur
Varnasi
Noida
A – Active Cities
Rest of the cities are planned as a part of future rollout
Africa2016
USA
Canada
Europe
India
Africa
Middle East
Australia
Singapore
-Hyderabad,
-Mumbai
-Chennai
-New Delhi (upcoming)-Bangalore (upcoming)
PUE Advantages
Power Efficiency
GuaranteedPUE of
1.8
While Industry
Offers PUE of 2and above
Power Efficiency driving cost savings
PUE 2.5 (Initially- 2008) PUE 1.8 (Year -2015)
PUE 1.50 (Target-2020)
Representative Energy Use Breakdown of Hyderabad Facility
PUE 1.65 (Present -2018)
Computer Loads, 61%
UPS losses, 8%
HVAC - Air Movement,
10%
HVAC -Pumps and Chiller, 20%
Lighting, 1%
1. PUE in last 3 years
ENERGY DATA
Parameters 2015 - 2016 2016 - 2017 2017 - 2018
Annual Average PUE Maintained Total Load/ IT Load 1.8 1.72 1.65
1.8
1.72
1.65
2015-16 2016-17 2017-18
ANNUAL AVEARGE PUE TOTAL LOAD/IT LOAD
2. Information on Competitors, National & Global benchmark
As we are Data centre industry the PUE which is offered to the clients will not be revealed.As per the standard global bench marking Data centres has to maintain a PUE as per below table
Global Benchmark
Description Standard Good Better
PUE 2 1.4 1.1
Temperature 20 +/- 1 22+/- 2 >23
Humidity 40%-55% 25%-60% No control
In Summary:
Variable frequency drive – Savings of 3.3 Lac KWh annually
VFD for Cooling tower Fans & Motors
Resulted in saving of3% to 5% energy.
Provided: VFD For Cooling tower Fans &
Motors
Implantation Project #1
3a. Energy Saving projects implemented in FY 2015-16
Effective usage of Pumping & cooling system
Technical Specifications – Varying the speed of the Pumps according to load
on it.
Variable frequency drive is the logic system
which operates Pumps & Motors on limited RPM
as per the load available on it. Due to which the
excessive drawing of currents and wear & tear of
mechanical parts are avoided.
Accessories: VFD drives as per the capacity of the motors and pumps with necessary control wiring.
VFD For Cooling tower Fans & Motors
3a. Energy Saving projects implemented in FY 2015-16
Implantation Project
HVAC Energy Consumption saved in KWH Million
Cost of Energy saved in Rs. Million
Savings in %Year
Converted: VFD For Cooling tower Fans & Motors
2015-16
2016-17
3.3
3.42
2.38
2.46
3%
3.2%
2017-18 3.23 2.32 2.9%
Implantation Project #2Provided: Blanking panels in the racks for
empty “U” space
In Summary:
Blanking panels in the racks –savings of
10 to 12% on fan power cost
comparatively without blanking panel datacenter
Saved
2%of overall cooling
cost
Optimization of air flow in the datacenters
Avoided air short cycling
Avoided Hot Spots in the Datacenter
3a. Energy Saving projects implemented in FY 2015-16
Blanking Panel in Server racks
Server racks with Blanking panels
Blanking Panels
Server
Provided: Blanking panels in the racks for empty “U” space
Implantation Project
Converted: Air cooled PAC to Water cooled PAC
2015-16
2016-17
0.06
0.08
0.49
0.57
10%
11%
2017-18 0.08 0.57 14%
Blanking Panels energy saved in KWH Million
Cost of Energy saved in Rs. Million
Savings in %Year
Converted: Blanking panels in the racks for empty “U” space
14% in Savings
Evaporator fan motor with VFD– savings of
18% - 22% on fan power cost
Optimization of air flow requirement in the
datacenter
Implantation Project 1 Provided: Awareness & motivation to clients
on datacenter temperatures as per ASHRAE TC
9.9In Summary:
3b. Energy Saving projects implemented in FY 2016-17
PAC VFD
Water cooled DX PAC along with Variable Frequency Drive
Provided: Variable frequency drive to PAC evaporative cooling coil fan motor
Converted: Air cooled PAC to Water cooled PAC
2016-17
2017-18
0.14
0.16
1.02
1.12
20.5%
21.5%
PAC Evaporator fan motor energy saved in KWH Million
Cost of Energy saved in Rs. Million
Savings in %Year
21.5% in Savings
Implantation Project #2Provided: Cold Aisle containment in the
datacenter
In Summary:
Cold aisle containment in the datacenter – savings of
45% to 50% on fan power cost comparatively
non-contained datacenter fan power cost
Saved
10%of overall cooling
cost
Optimization of air flow in the datacenters
Avoided air short cycling
3b. Energy Saving projects implemented in FY 2016-17
Datacenter cold aisle containment
Cold Isle Containment
Provided: Cold Aisle containment in the datacenter
Provided: Cold Aisle containment in the datacenter
Converted: Air cooled PAC to Water cooled PAC
2016-17
2017-18
0.47
0.48
3.41
3.45
12.5%
12.8%
Cold isle containment energy saved in KWH Million
Cost of Energy saved in Rs. Million
Savings in %Year
12.8% in
Savings
Implantation Project #1Provided: Provided Digital scroll compressor
PAC’s in place of Fixed scroll Compressor PAC’s.
In Summary:
We have opted for Digital scroll compressor units in our new DC instead of Fixed scroll
compressor.
Saved
12%of Power
consumption
Optimization of power consumption.
3c. Energy Saving projects implemented in FY 2017-18
Digital Scroll Compressor - PDX PX092E.
Provided: Provided Digital scroll compressor PAC’s in place of Fixed scroll Compressor PAC’s.
Savings
Converted: Air cooled PAC to Water cooled PAC
2017-18 1.16 8.36 12%
Energy saved in KWH Million
Cost of Energy saved in Rs. Million
Savings in %Year
Energy Savings with Digital scroll compressor PAC’s
12% in Savings
OWN SOLAR POWER PLANT OF 20MW
In Summary
SOLAR POWER PLANT –Capacity of 20 MW to cater 98%
load of Building.
Usage of renewable/Green energy. Which reduces a
carbon foot print of 408336 Kgco2/turn of final
products.
Innovation Project-1
Effective usage of Renewable energy
Technical Specifications – 20 MW solar power plant catering the load of
present structure.
Establishing own solar power plant of 20MW to
cater the 98% load of our present structure. So
that we are mostly on renewable energy which
will reduce large amount of carbon foot print.
SOLAR POWER PLANT OF 20MW
Innovation Project-1
Innovative Project
Energy Consumption saved in KWH Million
Investment in Rs. Million
Savings in %Year
Innovation Project-1: SOLAR POWER PLANT OF 20MW
2018-19 (Projected)
20 90 100 %
Replacement of Closed loop cooling tower system with Open loop
In Summary
Open loop cooling towers –Replacing the closed loop
cooling tower with closed loop.
Effective usage of condenser water with effective
condensation. And reduction in descaling chemicles.
Innovation Project-2
Effective usage of Condenser System
Technical Specifications – 650 TR closed loop cooling tower in place of 450 TR
Open loop
Replacing the open loop cooling tower system
with closed loop system. So that we can reduce
the evaporation losses and effective use of
condenser water. And the usage of descaling
chemicals will be less as water is less exposed to
atmosphere.
Replacement of Closed loop cooling tower system with Open loop
Innovation Project-2
Innovative Project
Energy Consumption saved in KWH Million
Investment in Rs. Million
Savings in %Year
Innovation Project-2: 650 TR closed loop cooling tower
2018-19 (Projected)
4.5 15 100 %
Energy Consumption saved in KWH Million
Investment in Rs. Million
Savings in %Year
7. GHG Inventorisation
YearScope 1 Emissions
Kgco2/Turn of final products Tons/Turn of final product
Scope 2 Emissions Kgco2/Turn of final products
Tons/Turn of final product
Scope 3 Emissions Kgco2/Turn of final products
Tons/Turn of final product
TotalKgco2/Turn of final products Tons/Turn of
final product
2014-15 0 87524.37 0 87524.37
2015-16 0 140513.96 0 140513.96
2016-17 0 216384.54 0 216384.54
2017-18 0 408336.94 0 408336.94
Energy Consumption saved in KWH Million
Investment in Rs. Million
Savings in %Year
8. Green Supply Chain
CtrlS Data Centres Pvt LTD and its subsidiaries are committed to protect the Environment by striving for the
greening of supply chain in collaboration with our stakeholders for long term sustainability.
Initiatives taken to promote Green supply chain:
1. Replacing the exiting old systems with the latest technology to reduce Co2 Emissions/Eco friendly.
2. Upgraded to latest LED system from convectional type of illumination system.
3. Effective usage of treated water for indoor and outdoor applications.
4. Procurement process has adopted only to go for eco friendly systems from market.
5. Have modified the frequency of load testing done on the DG sets for ensuring the healthiness of the system from
weekly to fortnightly. Which is saving 1240 Litres diesel consumption per month and reduction in GHG emissions
of 3261.2 KgC02.
Energy Consumption saved in KWH Million
Investment in Rs. Million
Savings in %Year
9. Team work, Employee Involvement & Monitoring
MONITORING & REPORTINGParameters Details
Frequency of Review of PUE & Consumption : Monitor through BMS 24/7 and review Once in a Week
Roles & Responsibilities of Energy Manager : Minimum 12% power savings to be achieved.
Details of Monitoring & Reporting System / Methodology Employed by the Unit for Review of SEC & Consumption (Max. 100 Words):
Mr. Brahma Reddy - VP, Mr. Rajesh Kumar Singh, PAN India Lead, Mr. Umesh, Sr. Manager, Mr. Manikanta, Mr. Hari.
Who Chairs the Review Meeting on SEC & Consumption (Provide Designation) :
Mr. Brahma Reddy VP, Mr. Rajesh Kumar Singh, PAN India Lead, Mr. Umesh, Sr. Manager, Mr. Manikanta, Mr. Hari.
Budget for Energy Conservation 20.2 Millions which is 0.4% on total company turn overEnergy efficiency / awareness training program
Training are planned quarterly for all the team members
Projects implemented through Kaizens ( Workers and Supervisor level)
Operational savings of all the Electro mechanical equipment, utilization of optimized energy or power.
Energy Consumption saved in KWH Million
Investment in Rs. Million
Savings in %Year
10. Implementation of ISO 50001/Green Co/IGBC rating
Implementation of ISO 50001/Green Co/IGBC rating
Parameters Details
Is your Building ISO 50001 Certified? No
Is your Building Certified by IGBC/Any other Building Certification?
USGBC Platinum (O&M) applied and we are in process of acquiring the certification,almost through required points has been achieved.
Total Turnover of the company/Plant FY 2017-18 (RS. Millions)
5,000.00
Amount invested in EnCon Projects FY 2017-18 (Rs. Millions)
20.20
Investment % 0.40
Awards
CII Energy Efficiency Award 2012, 2014, 2015
Best Data Center Award 2013
CIO Choice Award for Data Centre Managed Services, Cloud 2013. 2014, 2015
Nasscom Awards 2010, 2011
TIA Tier 4 certificationIndustries highest Uptime of 99.995%
ISO 20000-1Efficient and timely service delivery
ISO 27001Ensuring data security and safety
ISO 22301Industries highest Uptime of 99.995%
SOC-1, SOC-2Organization wide process
Certifications People
Certified people resources
ITIL, COBIT
CISA, CISSP
Six Sigma, PMP
CCNA, MCSE,
SAP Basis, HANA etc
More than 75% of the people resources are dedicated to customer support (Service Delivery) operations.
India’s Most Awarded Datacenter
Green Initiatives
Power Cooling Mechanical Space Environment
1 2 3 4 5
Use LED based lighting where continuous
light is required
Providing high energy efficient UPS system
with pure IGBT technology to improve
power factors and save power
Providing highly efficient isolation
transformers
Provide bus bar trunking system to reduce
power transmission losses in power networks
Implement VFD system for secondary pumps
and cooling tower fans for energy
optimization during variable loadPower
Power
Cooling
Provide water cooled heat exchangers instead of air cooled in HVAC system.
Using FRP cooling tower blade for better energy efficiency
Selecting high approach cooling tower to save powers
Selecting higher chilled water leaving temperature to increase chiller efficiency
Providing highly energy efficient centrifugal
chillers with VSD to reduce the IKW/TR
value on part load
Providing VFD based pumps for all variable load applications in the facility
Provide thermal zoning in server room with large cold aisle containment for
better energy efficiency
Pressurization unit to provide uniform air pressure across DC to eliminate hot spots
and efficient utilization of air
High energy efficient PAHU's with backward curve EC fan with
microprocessor based controller and efficient humidification system
Providing ceiling void as return air plenum for laminar air flow for better
energy efficiency
Damper controlled access floor grill for optimum using of air
Special PAHU with fresh air induction to lower concentration of air
Cooling
Provide 100% waste water recovery plant
Rain water harvesting to increase underground water
yield
Hydro pneumatic system for water pumping in the facility with automatic
water level controller
Natural ventilation for lift room and machine
room
VFD controlled lift operation for better energy
efficiency
Solar and wind based power plants at terrace to reduce carbon foot print by using renewable energy and optimum
utilization of spaces
All pumps with mechanical seal to
reduce water leakage
Automatic water treatment plant for producing soft
water
Intelligent automatic chemical dosing plant for condenser water
Mechanical
Mechanical
Space
Windowless external wall
to minimize heat
Double layered external wall to reduce heat
transmission "U" value in the datacenter
Dedicated and secured shaft for services to
improve DC efficiency
Autoclave bricks to reduce heat transmission "U"
value in the datacenter
Space
Sewage water recycling and
using for public road
plantation
PlantationSocial awareness program on energy
& water
Environment
Sewage water recycling and using for public road plantation/gardening along with awareness programs
Thank you very muchwww.ctrls.in
