Sustainable IT
Starts with you

Do you know approximately how much carbon is produced by your cloud and data center energy consumption?

Let's find out!

Which of the following best describes your industry?

Now let’s estimate the carbon emissions related to your energy consumption.

This question is required.

Do you have a data center?

Yes

Do you have instances on AWS, Azure, or Google Cloud?

Yes

Data Center Questions

How many hosts do you have in your data center?

This field is required

What is the average percent utilization? ⓘ
Data center utilization is typically known to range from 20-40%. Also please note, as we outline in our methodology, we are providing these estimates based on compute utilization, but storage and network also have a role to play as well.

What type of servers do you have?
To estimate the energy equivalent we are using SPEC to calculate vendor averages for Average Watts @ 100% utilization and Average Watts @Active Idle.

Or just use an average.

Cloud Questions

How many cloud instances do you have in...?

This question is required.

Amazon Web Services

Please select a region

Please estimate your average or most common vCPU per instance ⓘ

This field is required

Microsoft Azure

Please select a region

This field is required

Please estimate your average or most common vCPU per instance ⓘ

This field is required

Google Cloud

Please select a region

This field is required

Please estimate your average or most common vCPU per instance ⓘ

This field is required

Data Center
Cloud
Comparison
Summary
Conclusion

Your data center carbon emissions are an estimated:

XX VALUE XX

MTC02e
Metric Tons of Carbon Dioxide ⓘ

That’s based on your total data center power consumption for a year, an estimated:

XXX

kWh
kilowatt hours (per year) ⓘ

Did you know that increasing utilization with IBM Turbonomic can reduce your energy consumption?

Optimizing your data center—running the same number of workloads on fewer hosts—can make a difference for your energy bills and the environment. That’s right, the analytics that power IBM Turbonomic will safely keep your environment as close to 80% utilization as possible. In fact, IBM Turbonomic clients improved infrastructure utilization and avoided annual refresh costs by 75%. (Forrester)

How you take advantage of IBM Turbonomic is up to you. Are you ready?

See how increasing utilization can make a difference.

Use the slider to adjust utilization and see how your results will change.

Please note: As we note in our methodology, we are providing these estimates based on compute utilization, but storage and network also have a role to play as well.

At your current utilization of XX%...

VS

At the new utilization of YY%...

your current workload is running on...

XXX

hosts
(as you noted earlier)

your current workload would require an estimated...

XXX

hosts
(assumes same type of host)

and your physical hosts consume an estimated...

XXX

kWh
kilowatt hours (per year)

and your physical hosts would consume an estimated...

XXX

kWh
kilowatt hours (per year)

That’s a
difference of...

XX%

Your total cloud carbon emissions is an estimated:

XX VALUE XX

MTC02e
Metric Tons of Carbon Dioxide ⓘ

That's equivalent to...

XX VALUE XX

Passenger vehicles driven
for 1 year.

XX VALUE XX

Barrels of oil
consumed.

XX VALUE XX

Annual households
electricity consumption.

XX VALUE XX

Smartphones
charged.

Here's how your cloud and data center carbon emissions compare:

Cloud

XX VALUE XX

Data Center

XX VALUE XX

MTC02e
Metric Tons of Carbon Dioxide

Your IT organization's total carbon emissions are an estimated:

XX VALUE XX

MTC02e
Metric Tons of Carbon Dioxide

That's equivalent to the carbon sequestered by...

XX VALUE XX

acres of forest

in 1 year.

Or...

XX VALUE XX

tree seedlings

growing in 10 years.

“Optimizing application resource consumption either in the datacenter, the public cloud, or both, improves an organization’s long-term energy consumption profile.”

The Total Economic Impact of
IBM Turbonomic Application Resource Management,
Forrester 2022

What if you could...

33%

Safely reduce cloud spend by at least 33%

(and minimize Scope 3 cloud emissions)

75%

Improve infrastructure utilization and avoid 75% of annual refresh costs

(lowering your Scope 1 and 2 data center emissions)

70%

Understand app demand and avoid 70% of required infrastructure growth spend

(keeping your Scope 1 / 2 data center emissions low even as you grow)

While...

Improving app
performance by

20%

Increasing IT
prodctivity by

35%

Increasing speed
to market by

40%

Today is a great day to get out of neutral.

Carbon neutrality requires action. You can safely reduce your cloud and data center consumption with automation you can trust now.

Learn more about Turbonomic

Sustainable ITStarts with you

Do you know approximately how much carbon is produced by your cloud and data center energy consumption?

Let's find out!

Now let’s estimate the carbon emissions related to your energy consumption.

Do you have a data center?

Do you have instances on AWS, Azure, or Google Cloud?

Data Center Questions

Cloud Questions

How many cloud instances do you have in...?

Your data center carbon emissions are an estimated:

XX VALUE XX

MTC02eMetric Tons of Carbon Dioxide ⓘ

That’s based on your total data center power consumption for a year, an estimated:

XXX

kWhkilowatt hours (per year) ⓘ

Did you know that increasing utilization with IBM Turbonomic can reduce your energy consumption?

How you take advantage of IBM Turbonomic is up to you. Are you ready?

See how increasing utilization can make a difference.

At your current utilization of XX%...

VS

At the new utilization of YY%...

your current workload is running on...

XXX

hosts(as you noted earlier)

your current workload would require an estimated...

XXX

hosts(assumes same type of host)

and your physical hosts consume an estimated...

XXX

kWhkilowatt hours (per year)

and your physical hosts would consume an estimated...

XXX

kWhkilowatt hours (per year)

That’s adifference of...

XX%

Your carbon emissions for each cloud are an estimated:

XX VALUE XX

XX VALUE XX

XX VALUE XX

Your total cloud carbon emissions is an estimated:

XX VALUE XX

MTC02eMetric Tons of Carbon Dioxide ⓘ

That's equivalent to...

XX VALUE XX

XX VALUE XX

XX VALUE XX

XX VALUE XX

Here's how your cloud and data center carbon emissions compare:

Cloud

XX VALUE XX

Data Center

XX VALUE XX

MTC02eMetric Tons of Carbon Dioxide

Your IT organization's total carbon emissions are an estimated:

XX VALUE XX

MTC02eMetric Tons of Carbon Dioxide

That's equivalent to the carbon sequestered by...

XX VALUE XX

acres of forest

Or...

XX VALUE XX

tree seedlings

Whoa, there. You sure?

You’ve just admitted to emitting more carbon than all the world’s data centers combined.

Global Emissions

36.7

BillionMTCO2

In 2019, global carbon emissions were an estimated 36.7 billion metric tons of CO2.

Data Centers

110.1

MillionMTCO2

Data centers globally contribute around 0.03% to overall carbon emissions.

“Optimizing application resource consumption either in the datacenter, the public cloud, or both, improves an organization’s long-term energy consumption profile.”

What if you could...

33%

75%

70%

While...

20%

35%

Sustainable IT
Starts with you

MTC02e
Metric Tons of Carbon Dioxide ⓘ

kWh
kilowatt hours (per year) ⓘ

hosts
(as you noted earlier)

hosts
(assumes same type of host)

kWh
kilowatt hours (per year)

kWh
kilowatt hours (per year)

That’s a
difference of...

MTC02e
Metric Tons of Carbon Dioxide ⓘ

MTC02e
Metric Tons of Carbon Dioxide

MTC02e
Metric Tons of Carbon Dioxide

Billion
MTCO2

Million
MTCO2