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Understand the carbon impact of cloud sharing links

Discover the real carbon footprint of cloud sharing links (OneDrive, Google Drive, Dropbox) and how FileVert reduces your environmental impact by 99.7%.

1
attachment of 30 MB
0.36g
CO₂ link only
130g
CO₂ cloud 30 MB permanent storage
99.7%
Impact reduction
1km
Car avoided

Real impact

FileVert's real impact for 30 MB

FileVert consumes only 0.36g CO₂ to transfer a 30 MB file

30
MB
FileVert Volume
Your file size
0.0063
kWh
FileVert Energy
Upload + 2-day storage + download
0.36
g CO₂
FileVert Impact
French renewable servers
0.001
L
FileVert Water
Server cooling for 2 days
3
meters
FileVert Equivalent
By car (CO₂ equivalent)

Real FileVert impact: 0.36g CO₂ • 100% renewable French servers • Temporary 2-day storage

Hover over each icon to see FileVert's real impact

Technical analysis

The hidden journey of a cloud link

Understanding why permanent storage and synchronization multiply impact

1. Upload to cloud

Transfer to cloud servers (OneDrive, Google Drive, Dropbox).

Low (~3g)

Transit via international servers (US/Europe/Asia).

2. Permanent storage

File stored indefinitely in the cloud.

Medium (Initial)

Continuous 24/7 consumption (PUE ~1.8).

3. Continuous synchronization

Automatic synchronization on all connected devices.

High (Cumulative)

Each synchronization adds ~10g CO₂ per month.

4. Multi-datacenter redundancy

Automatic replication across 3 to 5 different datacenters.

Very High (x5-10)

For availability, the file is copied on multiple servers.

Total:Upload + (Storage × Duration × Synchronization × Redundancy)= ~130g CO₂

Practical guide

Guide in 3 simple steps

Learn to understand and reduce the carbon impact of your file transfers

Étape 1

Discover FileVert's impact

Understand that FileVert consumes only 0.36g CO₂ for 30 MB vs traditional solutions that consume 200x more.

Étape 2

Compare solutions

See the impact difference between FileVert and cloud providers (OneDrive, Google Drive, Dropbox).

Étape 3

Adopt best practices

Prefer FileVert to reduce your digital carbon footprint by 99.8%.

Comparison

Comparison: FileVert vs Cloud providers

Discover the impact difference for the same 30 MB file shared via link

FileVert link

30 MB file via temporary link

0.36 g CO₂
Total impact
Temporary storage (2 days)
French renewable servers
Automatic deletion

Cloud link (OneDrive/Google Drive)

30 MB file shared via cloud

~130 g CO₂
Permanent storage + synchronization
Permanent storage (indefinite)
International servers
Continuous synchronization
3-5 datacenter replication

Comparison result

-99.7%
Emission reduction
-129.6 g
CO₂ avoided
1 km
Car distance avoided

FAQ

Frequently asked questions

Answers to common questions about the carbon impact of file transfers

What is the real carbon impact of a file transfer?

A 30 MB transfer via email emits about 72g CO₂, via cloud 15-25g CO₂, while FileVert emits only 0.36g CO₂ - 200x less than traditional email.

Why is FileVert so ecological?

FileVert uses temporary storage (no archiving), datacenters powered by renewable energies, and optimized PUE (1.2-1.3) to minimize carbon impact.

How to calculate the impact of my transfers?

Multiply your file size by the emission factor: email (2.4g CO₂/MB), cloud (0.5-0.8g CO₂/MB), FileVert (0.012g CO₂/MB). FileVert divides your impact by 200.

Is digital carbon impact really important?

Yes, digital represents 4% of global emissions and grows by 8% per year. Every gesture counts: FileVert allows you to reduce your footprint by 99.8%.

How does FileVert measure its impact?

FileVert uses ADEME methodology and international standards (ISO 14067) to calculate the carbon impact of each transfer with total transparency.

Can I offset the impact of my transfers?

FileVert offers automatic carbon offsetting through certified projects. Each transfer contributes to reforestation and renewable energies.

Ready to reduce your carbon impact ?

FileVert reduces the carbon impact of your file transfers by 99.8%

Try FileVert nowSee solutions
✓ 100% French · ✓ 100% renewable · ✓ 0% tracking