27-09-2025
CSRD and IT: How to Stay Compliant Today and Future-Proof for Tomorrow
CSRD IT Compliance: From Energy Reporting to Circular IT | SAVE DCS

SAVE DCS

Most companies preparing their first CSRD report start with the obvious: energy use. Servers, storage and workplace devices consume electricity, so that data flows straight into scope 2. It is measurable, comparable and easy to audit. But here’s the blind spot: the majority of the footprint of IT hardware doesn’t come from electricity at all. For servers, around half of the emissions are created during production. For laptops, that figure can be as high as 80 to 90 percent. These embedded emissions are rarely included in CSRD reporting today.
What CSRD Requires Today
CSRD and the ESRS standards don’t mention IT infrastructure as a separate topic.
Energy use: clearly in scope, reported under ESRS E1 (climate).
Embedded emissions: hidden in scope 3.1 (“purchased goods and services”), but rarely broken down into IT.
That means most companies will stay compliant by reporting energy use, while skipping a huge share of their actual IT impact.
The Blind Spot: Embedded Emissions in IT
Why does this happen?
Energy is easy to meter and audit.
Embedded emissions require complex supply chain data and lifecycle assessments.
Regulations have been designed to keep reporting manageable.
The result: companies miss out on half (or more) of the footprint of their servers, and nearly all of the footprint of their laptops.
And there’s more: if you don’t see embedded emissions, you also don’t see the potential of making IT more circular. Extending hardware lifecycles, buying second-life equipment or reducing e-waste directly cuts emissions and costs, but it doesn’t show up in today’s reporting frameworks.
Why This Matters for Compliance and Strategy
Today, companies only need to be compliant. Tomorrow, expectations will rise.
Sector-specific standards will push for more detail.
Assurance teams will ask harder questions.
Stakeholders will demand proof that companies look beyond “tick-the-box” energy reporting.
Companies that already include IT’s hidden footprint will be future-proof. They’ll also be able to show cost savings and reduced risks alongside compliance.
Circular IT as the Missing Link
This is where circular IT comes in. By making IT infrastructure more circular, companies can:
Save costs by extending hardware lifecycles.
Reduce CO₂ emissions hidden in production.
Cut e-waste and strengthen sustainability reporting.
At SAVE DCS, we help companies bring IT into their CSRD reporting: first making impacts visible, then building a roadmap, applying circular solutions and finally translating results into assurance-ready reporting.
How to Act Now
Start with what’s required: energy and scope 2.
Add insights into IT hardware footprints to prepare for the next wave of CSRD.
Use circular IT not just for compliance, but to combine cost reduction and sustainability in one strategy.
Key Takeaways
CSRD today = mainly energy use of IT.
Embedded emissions = 50–90% of the real footprint, but overlooked.
Circular IT = chance to save costs, reduce CO₂ and get ahead of future reporting.
👉 Curious where your IT stands? Request a free CSRD IT Lifecycle Quickscan and see how you can save costs, cut CO₂ and strengthen your CSRD reporting.
Read more

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How do you calculate the CO₂ emissions of your hardware?
You think you can calculate it quickly, until you see how much actually goes into it.

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CSRD and IT: How to Stay Compliant Today and Future-Proof for Tomorrow
CSRD IT Compliance: From Energy Reporting to Circular IT | SAVE DCS

SAVE DCS
27-09-2025
CSRD and IT: How to Stay Compliant Today and Future-Proof for Tomorrow
CSRD IT Compliance: From Energy Reporting to Circular IT | SAVE DCS

SAVE DCS

Most companies preparing their first CSRD report start with the obvious: energy use. Servers, storage and workplace devices consume electricity, so that data flows straight into scope 2. It is measurable, comparable and easy to audit. But here’s the blind spot: the majority of the footprint of IT hardware doesn’t come from electricity at all. For servers, around half of the emissions are created during production. For laptops, that figure can be as high as 80 to 90 percent. These embedded emissions are rarely included in CSRD reporting today.
What CSRD Requires Today
CSRD and the ESRS standards don’t mention IT infrastructure as a separate topic.
Energy use: clearly in scope, reported under ESRS E1 (climate).
Embedded emissions: hidden in scope 3.1 (“purchased goods and services”), but rarely broken down into IT.
That means most companies will stay compliant by reporting energy use, while skipping a huge share of their actual IT impact.
The Blind Spot: Embedded Emissions in IT
Why does this happen?
Energy is easy to meter and audit.
Embedded emissions require complex supply chain data and lifecycle assessments.
Regulations have been designed to keep reporting manageable.
The result: companies miss out on half (or more) of the footprint of their servers, and nearly all of the footprint of their laptops.
And there’s more: if you don’t see embedded emissions, you also don’t see the potential of making IT more circular. Extending hardware lifecycles, buying second-life equipment or reducing e-waste directly cuts emissions and costs, but it doesn’t show up in today’s reporting frameworks.
Why This Matters for Compliance and Strategy
Today, companies only need to be compliant. Tomorrow, expectations will rise.
Sector-specific standards will push for more detail.
Assurance teams will ask harder questions.
Stakeholders will demand proof that companies look beyond “tick-the-box” energy reporting.
Companies that already include IT’s hidden footprint will be future-proof. They’ll also be able to show cost savings and reduced risks alongside compliance.
Circular IT as the Missing Link
This is where circular IT comes in. By making IT infrastructure more circular, companies can:
Save costs by extending hardware lifecycles.
Reduce CO₂ emissions hidden in production.
Cut e-waste and strengthen sustainability reporting.
At SAVE DCS, we help companies bring IT into their CSRD reporting: first making impacts visible, then building a roadmap, applying circular solutions and finally translating results into assurance-ready reporting.
How to Act Now
Start with what’s required: energy and scope 2.
Add insights into IT hardware footprints to prepare for the next wave of CSRD.
Use circular IT not just for compliance, but to combine cost reduction and sustainability in one strategy.
Key Takeaways
CSRD today = mainly energy use of IT.
Embedded emissions = 50–90% of the real footprint, but overlooked.
Circular IT = chance to save costs, reduce CO₂ and get ahead of future reporting.
👉 Curious where your IT stands? Request a free CSRD IT Lifecycle Quickscan and see how you can save costs, cut CO₂ and strengthen your CSRD reporting.
Read more

Complete Guide to IT Lifecycle Management for IT Managers
Complete guide to IT lifecycle management. Discover phases, risks, trends and the role of a Circular IT Lifecycle Partner.

SAVE DCS

What IT Managers Get Wrong About Hardware Replacement
Discover what IT managers get wrong about hardware replacement and how a Circulat IT Lifeycle Partner helps make smarter decisions.

SAVE DCS

Circular IT lifecycle approach for modern companies
Discover why companies choose a circular IT lifecycle approach and how a Circular IT Lifecycle Partner improves sustainability and efficiency.

SAVE DCS

ICT Workplace Management: Cost-Efficient and Sustainable with Refurbished Workplaces
Discover how to manage workplaces smarter.

SAVE DCS
27-09-2025
CSRD and IT: How to Stay Compliant Today and Future-Proof for Tomorrow
CSRD IT Compliance: From Energy Reporting to Circular IT | SAVE DCS

SAVE DCS

Most companies preparing their first CSRD report start with the obvious: energy use. Servers, storage and workplace devices consume electricity, so that data flows straight into scope 2. It is measurable, comparable and easy to audit. But here’s the blind spot: the majority of the footprint of IT hardware doesn’t come from electricity at all. For servers, around half of the emissions are created during production. For laptops, that figure can be as high as 80 to 90 percent. These embedded emissions are rarely included in CSRD reporting today.
What CSRD Requires Today
CSRD and the ESRS standards don’t mention IT infrastructure as a separate topic.
Energy use: clearly in scope, reported under ESRS E1 (climate).
Embedded emissions: hidden in scope 3.1 (“purchased goods and services”), but rarely broken down into IT.
That means most companies will stay compliant by reporting energy use, while skipping a huge share of their actual IT impact.
The Blind Spot: Embedded Emissions in IT
Why does this happen?
Energy is easy to meter and audit.
Embedded emissions require complex supply chain data and lifecycle assessments.
Regulations have been designed to keep reporting manageable.
The result: companies miss out on half (or more) of the footprint of their servers, and nearly all of the footprint of their laptops.
And there’s more: if you don’t see embedded emissions, you also don’t see the potential of making IT more circular. Extending hardware lifecycles, buying second-life equipment or reducing e-waste directly cuts emissions and costs, but it doesn’t show up in today’s reporting frameworks.
Why This Matters for Compliance and Strategy
Today, companies only need to be compliant. Tomorrow, expectations will rise.
Sector-specific standards will push for more detail.
Assurance teams will ask harder questions.
Stakeholders will demand proof that companies look beyond “tick-the-box” energy reporting.
Companies that already include IT’s hidden footprint will be future-proof. They’ll also be able to show cost savings and reduced risks alongside compliance.
Circular IT as the Missing Link
This is where circular IT comes in. By making IT infrastructure more circular, companies can:
Save costs by extending hardware lifecycles.
Reduce CO₂ emissions hidden in production.
Cut e-waste and strengthen sustainability reporting.
At SAVE DCS, we help companies bring IT into their CSRD reporting: first making impacts visible, then building a roadmap, applying circular solutions and finally translating results into assurance-ready reporting.
How to Act Now
Start with what’s required: energy and scope 2.
Add insights into IT hardware footprints to prepare for the next wave of CSRD.
Use circular IT not just for compliance, but to combine cost reduction and sustainability in one strategy.
Key Takeaways
CSRD today = mainly energy use of IT.
Embedded emissions = 50–90% of the real footprint, but overlooked.
Circular IT = chance to save costs, reduce CO₂ and get ahead of future reporting.
👉 Curious where your IT stands? Request a free CSRD IT Lifecycle Quickscan and see how you can save costs, cut CO₂ and strengthen your CSRD reporting.
Read more

Complete Guide to IT Lifecycle Management for IT Managers
Complete guide to IT lifecycle management. Discover phases, risks, trends and the role of a Circular IT Lifecycle Partner.

SAVE DCS

What IT Managers Get Wrong About Hardware Replacement
Discover what IT managers get wrong about hardware replacement and how a Circulat IT Lifeycle Partner helps make smarter decisions.

SAVE DCS

Circular IT lifecycle approach for modern companies
Discover why companies choose a circular IT lifecycle approach and how a Circular IT Lifecycle Partner improves sustainability and efficiency.

SAVE DCS

ICT Workplace Management: Cost-Efficient and Sustainable with Refurbished Workplaces
Discover how to manage workplaces smarter.

SAVE DCS

The 5 Phases of IT Lifecycle Management: Servers, Storage, Network and Workstations
How to Manage IT Cost-Effectively and Sustainably

SAVE DCS

How do you calculate the CO₂ emissions of your hardware?
You think you can calculate it quickly, until you see how much actually goes into it.

SAVE DCS

Circular Hardware Lifecycle Management: why 2025 is the tipping point for IT infrastructure
Will you keep wasting resources or move to proven circularity?

SAVE DCS

What War Has to Do with Circular IT
Circular IT is not just about sustainability, it is also about security and strategic autonomy.

SAVE DCS

CSRD and IT: How to Stay Compliant Today and Future-Proof for Tomorrow
CSRD IT Compliance: From Energy Reporting to Circular IT | SAVE DCS

SAVE DCS