An estimated 41,792 tCO2e are locked-in emissions from the use of GN products sold in 2024, which currently makes up 16% of our total Scope 3 emissions (see page 75). These use phase emissions could still be reduced through firmware updates in the market, but it remains difficult to quantify potential emissions reductions from such initiatives. As these emissions are a result of electricity consumption, we expect significant reduction to take place as a result of the global shift towards renewable energy as part of the transition to a net-zero economy outside GN’s direct control. Given the general duration of use of our products, we don’t expect these locked-in emissions to prevent us from reaching net-zero in 2050, regardless of the pace of the transition to renewable energy.

We applied different climate scenario analysis over the short, medium and long term to identify and assess climate-related acute and chronic physical risks, such as extreme weather events, heat and water stress and sea level rise, as well as transition risks, such as carbon pricing, regulatory change, changing customer behavior, and availability of materials. For climate-related physical risks, geolocations data for our facilities and those of our suppliers was used to assess relevant risks. A high-level qualitative assessment was carried out using the RCP8.5, IEA Net-Zero Emissions by 2050 Scenario (NZE) and IEA STEPS scenarios. The RCP8.5 scenario gives us the likely upper end of risk exposure of the business to climate-related hazards in the future. Here, the Shared Socioeconomic Pathway 3 was chosen to reflect recent trends in international affairs. The IEA’s new Net Zero Roadmap report and IEA’s NZE and STEPS scenario were applied to identify and assess climate-related transition risks and opportunities that GN may face in the future if the world pursues a path to net-zero emissions by 2050 or if climate action is less aggressive and policymaking is assumed to remain as today.