ReportSwedish Games Industry
Game Development and the Green Transition: Code, Climate, Creativity
24 Oct 202468 pages~145 min full read
The Swedish games industry grew nearly 900% in turnover between 2012 and 2023, reaching €3.1 billion while maintaining a relatively low carbon footprint compared to other industrial sectors.
See it on page 9Scope 3 emissions—primarily generated by energy consumption during player use—account for 90–99% of the Swedish games sector's total carbon footprint.
See it on page 17Global gaming emissions are estimated at 14 Mt CO₂e annually, roughly equivalent to the total industrial emissions of Sweden.
See it on page 17Regulatory pressure is mounting, as the EU Corporate Sustainability Reporting Directive (CSRD) and Science-Based Targets initiative (SBTi) will soon mandate detailed Scope 1–3 disclosures and reduction targets for developers.
See it on page 18Transitioning players to fossil-free electricity could reduce the sector's total carbon impact by up to 90%.
See it on page 3While cloud gaming and thin-client streaming offer potential energy efficiencies, their net environmental impact remains contingent on data-center efficiency and network load.
See it on page 23The Swedish games sector, comprised of over 1,000 firms where 87% are micro-enterprises, is leveraging existing digital tool stacks and open innovation to lead in green tech certification.
See it on page 1**Executive Summary – “Code, Climate, Creativity: Game Development and the Green Transition”**
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### 1. Rapid Industry Growth, Low Relative Carbon Footprint - **Turnover:** €427 M (2012) → **€3.1 B (2023)** – a **≈ 900 %** increase. - **Employment:** > 9 000 people across **1 000+ firms**; **87 %** are micro‑enterprises (≤10 staff). - **Carbon Profile:** Despite the boom, the Swedish games sector’s emissions remain modest compared with other Swedish industries. - **Electricity & travel:** only a slight rise. - **Scope 3 (down‑stream) emissions** dominate, mainly from the energy used while players are gaming.
**Key Insight:** The sector’s carbon intensity is low, but the sheer scale of downstream use means total emissions can still be significant.
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### 2. A Dense, Emerging Climate‑Action Network - **Handbooks & Alliances:** Nordic *PlayCreateGreen* guide, UN‑backed *Playing for the Planet* Alliance, European *Sustainable Games Alliance*. - **Industry Footprint:** Global gaming ≈ **14 Mt CO₂e** (≈ Sweden’s total industrial emissions). - **Swedish Share:** **2.3 kt CO₂e (2022)** – **0.015 %** of national industry output. - **Emission Distribution:** **90‑99 %** of Swedish games‑sector emissions are Scope 3.
**Take‑away:** A well‑connected ecosystem of NGOs, academia, and industry is already mobilising around measurement, best‑practice sharing, and player engagement.
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### 3. Scope 3 Dominance & Regulatory Pressure - **Average Intensity:** **≈ 99 t CO₂e per MEUR of turnover** → **≈ 302 kt CO₂e total** for Swedish firms. - **Potential Reduction:** Up to **90 %** cut if all players switch to fossil‑free electricity. - **Policy Landscape:** - **Science‑Based Targets initiative (SBTi):** Requires Scope 3 reduction targets for developers. - **EU Corporate Sustainability Reporting Directive (CSRD):** Will soon mandate detailed Scope 1‑3 disclosures.
**Implication:** Companies must embed Scope 3 accounting into strategy now, not later.
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### 4. Where Scope 3 Emissions Come From - **Primary Sources:** Production & use of **consoles** and **PCs**. - **Emerging Mitigation:** **Cloud‑gaming** and **thin‑client streaming** can lower the energy needed for high‑performance gaming, but the net impact depends on data‑center efficiency and network load.
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### 5. Sweden’s R&D Strength – A Launchpad for Green Tech - **Opportunities:** - Strong **certification schemes** and a culture of **open innovation**. - Existing **digital‑tool stack** (game engines, GPUs, XR platforms,
