Knowledge

Green Computing In The Ai Era

Executive summary

The arrival of the AI revolution and breakthroughs in quantum, neuromorphic, and optical computing bring major progress, but these power-hungry advances also worsen the climate crisis. Simply using green energy for data centres will not be enough – we need radical innovations in computing efficiency, and we need them fast.

This is why World Fund, Dealroom, and Ignite (Intel’s startup programme) have collaborated to publish a White Paper exploring next-generation computing developments. The paper covers emerging computing technologies, material advancements, and software improvements with the potential to reduce the carbon footprint of AI and modern computing.

The paper also includes new and exclusive data from Dealroom and detailed market mapping of key investment opportunities. For example, it reveals that 54 European next-gen computing startups with significant climate performance potential have raised $970m since 2019, with $305m raised in 2024 alone. Over half of these startups were founded in the last five years, including 12 in the past year.

Chapter 1

The computing x climate problem to solve

Full White Paper available <span style="color: #4F2780 !important; text-decoration: underline !important;">here.</span>

The International Energy Agency (IEA) reports that data centres now account for 0.6% of global emissions, rising to 1% when including data transmission [1]. This is due to their high energy use, which amounts to 1% of global electricity and 2–4% in the U.S. and EU [2]. By 2030, consumption is expected to exceed 1,000 TWh, resulting in 600 Mt CO₂ emissions annually – equivalent to 2.8% of global electricity use and 1.9% of CO₂ emissions. [3- 4].

AI demand is a key driver, with generative AI traffic in 2025 up 251% from 2024 [5]. By 2030, the AI industry is projected to reach $1.8tn [6], and AI-related computing demand is now doubling every 3–4 months [7] - far exceeding the previous two-year trend. This surge increases reliance on these data centres, which are still largely powered by fossil fuels [8].

This is already driving up tech giants’ emissions. In 2024, Microsoft reported a 29% rise in emissions since 2020 [9], while Google saw a 48% increase since 2019 [10], both due to AI compute demands.

Switching data centres to renewables alone won’t fully decarbonise AI, IoT, cryptocurrency, and device emissions. We must redesign how we compute to secure a sustainable, AI-powered future. This means investing in hardware and software advances, including on semiconductors which are key, especially with AI demand set to drive a $500bn industry expansion over the next decade [11].

<span style="font-weight: 500;">Global demand for data center capacity could more than triple by 2030</span>

Source: AI power: Expanding data centre capacity to meet growing demand, McKinsey (2024)

<span style="font-weight: 500;">AI is the key driver of growth in demand for data center capacity</span>

Source: AI power: Expanding data centre capacity to meet growing demand, McKinsey (2024)

Chapter 2

The solutions - and why they represent a massive investment opportunity

This White Paper explores key investment opportunities in:

<span style="font-weight: 500;">» Semiconductor Innovations:</span> New materials like Gallium Nitride (GaN) and Silicon Carbide (SiC) for efficiency.

<span style="font-weight: 500;">» Computing Technology:</span> Advancements in quantum, neuromorphic, and optical computing to cut energy use.

<span style="font-weight: 500;">» Software Architecture Improvements:</span> Optimising algorithms and data management to reduce power consumption.

European startups are leading advances in this space, and developments are driving rapid Industry transformation. For example, quantum startups secured $1.5bn across 50 deals in 2024 [12], and investors are accelerating their funding.

As revealed in this White Paper, over $970m has been raised by next-gen European computing startups with significant climate performance potential since 2019, with around half coming from VC funding [13]. Most of these computing startups are at an early stage, with over half launched in the last five years and 12 launched in the past year alone.

<span style="font-weight: 500;">VC funding in selected european green computing startups</span>

Source: Dealroom

Additionally, Dealroom data shared in the paper shows that 2024 was the best year for European green computing startup fundraising, with $305m raised by early and breakout-stage companies.  This is a testament to green computing as an emerging and fast-developing sector that deserves greater attention – and demonstrates that Europe is a leader in this field.

European companies identified in the paper include, among others, GaN Systems, Space Forge, IQM, and Black Semiconductor. You can view the interactive map on Dealroom here.

Chapter 3

Looking to the future

To accelerate the commercial adoption of these innovations, companies require increased investment from both private and public sources, as well as a supportive regulatory framework. This is crucial if  Europe is to deliver on its potential to develop world-leading next-generation technologies that maximise advanced computing's potential while minimising its environmental footprint.

You can read our full report, discover more data, and find out more about the European innovators in this space in the White Paper available for download below.

Download White Paper

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Knowledge

Green Computing In The Ai Era

April 1, 2025
|
White Paper
Executive summary

The arrival of the AI revolution and breakthroughs in quantum, neuromorphic, and optical computing bring major progress, but these power-hungry advances also worsen the climate crisis. Simply using green energy for data centres will not be enough – we need radical innovations in computing efficiency, and we need them fast.

This is why World Fund, Dealroom, and Ignite (Intel’s startup programme) have collaborated to publish a White Paper exploring next-generation computing developments. The paper covers emerging computing technologies, material advancements, and software improvements with the potential to reduce the carbon footprint of AI and modern computing.

The paper also includes new and exclusive data from Dealroom and detailed market mapping of key investment opportunities. For example, it reveals that 54 European next-gen computing startups with significant climate performance potential have raised $970m since 2019, with $305m raised in 2024 alone. Over half of these startups were founded in the last five years, including 12 in the past year.

Chapter 1

The computing x climate problem to solve

Full White Paper available <span style="color: #4F2780 !important; text-decoration: underline !important;">here.</span>

The International Energy Agency (IEA) reports that data centres now account for 0.6% of global emissions, rising to 1% when including data transmission [1]. This is due to their high energy use, which amounts to 1% of global electricity and 2–4% in the U.S. and EU [2]. By 2030, consumption is expected to exceed 1,000 TWh, resulting in 600 Mt CO₂ emissions annually – equivalent to 2.8% of global electricity use and 1.9% of CO₂ emissions. [3- 4].

AI demand is a key driver, with generative AI traffic in 2025 up 251% from 2024 [5]. By 2030, the AI industry is projected to reach $1.8tn [6], and AI-related computing demand is now doubling every 3–4 months [7] - far exceeding the previous two-year trend. This surge increases reliance on these data centres, which are still largely powered by fossil fuels [8].

This is already driving up tech giants’ emissions. In 2024, Microsoft reported a 29% rise in emissions since 2020 [9], while Google saw a 48% increase since 2019 [10], both due to AI compute demands.

Switching data centres to renewables alone won’t fully decarbonise AI, IoT, cryptocurrency, and device emissions. We must redesign how we compute to secure a sustainable, AI-powered future. This means investing in hardware and software advances, including on semiconductors which are key, especially with AI demand set to drive a $500bn industry expansion over the next decade [11].

<span style="font-weight: 500;">Global demand for data center capacity could more than triple by 2030</span>

Source: AI power: Expanding data centre capacity to meet growing demand, McKinsey (2024)

<span style="font-weight: 500;">AI is the key driver of growth in demand for data center capacity</span>

Source: AI power: Expanding data centre capacity to meet growing demand, McKinsey (2024)

Chapter 2

The solutions - and why they represent a massive investment opportunity

This White Paper explores key investment opportunities in:

<span style="font-weight: 500;">» Semiconductor Innovations:</span> New materials like Gallium Nitride (GaN) and Silicon Carbide (SiC) for efficiency.

<span style="font-weight: 500;">» Computing Technology:</span> Advancements in quantum, neuromorphic, and optical computing to cut energy use.

<span style="font-weight: 500;">» Software Architecture Improvements:</span> Optimising algorithms and data management to reduce power consumption.

European startups are leading advances in this space, and developments are driving rapid Industry transformation. For example, quantum startups secured $1.5bn across 50 deals in 2024 [12], and investors are accelerating their funding.

As revealed in this White Paper, over $970m has been raised by next-gen European computing startups with significant climate performance potential since 2019, with around half coming from VC funding [13]. Most of these computing startups are at an early stage, with over half launched in the last five years and 12 launched in the past year alone.

<span style="font-weight: 500;">VC funding in selected european green computing startups</span>

Source: Dealroom

Additionally, Dealroom data shared in the paper shows that 2024 was the best year for European green computing startup fundraising, with $305m raised by early and breakout-stage companies.  This is a testament to green computing as an emerging and fast-developing sector that deserves greater attention – and demonstrates that Europe is a leader in this field.

European companies identified in the paper include, among others, GaN Systems, Space Forge, IQM, and Black Semiconductor. You can view the interactive map on Dealroom here.

Chapter 3

Looking to the future

To accelerate the commercial adoption of these innovations, companies require increased investment from both private and public sources, as well as a supportive regulatory framework. This is crucial if  Europe is to deliver on its potential to develop world-leading next-generation technologies that maximise advanced computing's potential while minimising its environmental footprint.

You can read our full report, discover more data, and find out more about the European innovators in this space in the White Paper available for download below.

Download White Paper
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