Schneider Electric’s Progress Under Impact 2030 Sustainability Roadmap

Schneider Electric reports 82% drop in operational emissions

Schneider Electric has published figures showing an 82% reduction in combined Scope 1 and 2 emissions compared with 2017 levels, based on performance in the first half of this year. The company also reported a 12% fall in Scope 3 emissions versus a 2021 baseline. These results form part of its Impact 2030 sustainability programme, which sets out decarbonisation commitments across operations, supply chains, and customer use of products.

The figures indicate continued progress rather than a plateau. Schneider Electric’s 2022 climate report showed Scope 1 emissions had fallen 36% since 2017, with Scope 2 emissions down 79% over the same period. The latest half-year data therefore extends a multi-year trajectory driven by energy efficiency measures and the company’s EcoStruxure technology platform.

For UK businesses tracking supplier emissions under PPN 06/21 or preparing Scope 3 calculations, these disclosures offer a case study in how large manufacturers are approaching value-chain decarbonisation. Specifically, the reported 12% reduction in Scope 3 emissions demonstrates that upstream and downstream cuts are beginning to materialise, not just operational improvements within direct control.

Schneider Electric also stated that customer emissions savings exceeded 50 million tonnes in the first half of the year. Cumulatively, the company claims 913 million tonnes of saved or avoided emissions since 2018. These figures matter because they represent the downstream effect of energy management and automation products sold to end users. Consequently, businesses procuring electrical infrastructure or building management systems may find emissions intensity improving across their own purchased goods category.

Impact 2030 roadmap structures the company’s climate work

The reported emissions cuts sit within Schneider Electric’s Impact 2030 framework, which organises sustainability efforts around four stated pillars. These are electrifying energy systems, reinventing industrial processes, developing skills and inclusion, and supporting local communities. In practice, this means the company is linking decarbonisation targets to product design, supply chain engagement, and customer support programmes.

One component of the roadmap is the Zero Carbon Project, a supplier engagement initiative aimed at reducing emissions across the upstream supply base. This is particularly relevant for businesses managing Scope 3 data, because it shows how a Tier 1 manufacturer is cascading carbon reduction requirements through its own procurement. For SMEs supplying into large industrial groups, these programmes can translate into direct requests for carbon data or improvement commitments.

Another element is circular design. Schneider Electric has committed to environmental excellence criteria in product development, which typically includes recyclability, material efficiency, and end-of-life considerations. This affects the total lifecycle impact of electrical products and components, meaning businesses using these systems may see lower embedded emissions in purchased goods over time.

The company has also aligned its targets with a 1.5°C pathway, covering both operational emissions and broader value-chain decarbonisation through 2030 and beyond. This alignment matters because it signals compatibility with science-based targets, which are increasingly referenced in tender criteria, investor expectations, and supply chain standards. Therefore, businesses sourcing from suppliers with validated science-based commitments may find it easier to demonstrate credible decarbonisation in their own reporting.

Scope 3 reductions reflect supply chain and product use improvements

The 12% reduction in Scope 3 emissions is significant because these emissions typically represent the largest share of a manufacturer’s carbon footprint. Scope 3 includes purchased goods and services, upstream and downstream logistics, product use, and end-of-life treatment. For a company selling electrical equipment, product use often dominates the total footprint.

Schneider Electric’s Scope 3 reduction suggests a combination of supplier engagement, logistics efficiency, and improvements in product energy performance. In practical terms, this means the company has worked to lower emissions intensity across its supply base, reduce transport-related emissions, and design products that consume less energy during operation. Each of these levers is relevant to UK businesses managing their own Scope 3 inventories.

For example, a business procuring switchgear, automation systems, or energy monitoring equipment from Schneider Electric would see the benefit of these reductions reflected in its purchased goods and capital goods categories. Meanwhile, the reported customer emissions savings of 50 million tonnes in the first half suggest that the operational phase of these products delivers measurable carbon reductions for end users. This is particularly important for businesses seeking to reduce emissions from building energy use or industrial processes.

Moreover, the cumulative total of 913 million tonnes of saved or avoided emissions since 2018 provides context for the scale of impact achievable through energy efficiency and automation. Businesses evaluating investments in building management systems, electrical distribution, or industrial controls can use these figures to understand the potential contribution to their own net-zero pathways.

What the figures mean for UK businesses managing carbon data

• Schneider Electric reported an 82% reduction in combined Scope 1 and 2 emissions versus 2017, indicating sustained operational decarbonisation.
• Scope 3 emissions fell 12% compared with 2021, reflecting supply chain engagement and product efficiency improvements.
• Customer emissions savings exceeded 50 million tonnes in the first half of the year, with a cumulative total of 913 million tonnes since 2018.
• The company’s Impact 2030 roadmap includes supplier decarbonisation through the Zero Carbon Project and circular design commitments.
• Targets are aligned with a 1.5°C pathway, supporting compatibility with science-based frameworks used in procurement and reporting.
• These results offer a case study for businesses tracking supplier emissions under PPN 06/21 or preparing Scope 3 inventories.

Supplier emissions and procurement implications for SMEs

For UK businesses, the relevance of these figures depends on whether Schneider Electric products appear in your supply chain or capital expenditure. If you procure electrical infrastructure, building controls, or energy management systems, the reported emissions reductions could improve your own Scope 3 data quality. This is particularly important for businesses responding to carbon reporting requirements under PPN 06/21 or preparing for mandatory climate disclosures.

However, the reported figures also highlight a broader trend. Large manufacturers are increasingly setting science-based targets and publishing detailed emissions data across all three scopes. This creates both opportunity and pressure for smaller suppliers. On one hand, businesses can benefit from lower embedded emissions in purchased goods. On the other hand, you may face growing expectations to provide carbon data, set your own targets, and demonstrate progress.

For SMEs supplying into industrial groups, the Zero Carbon Project model is worth noting. These programmes typically involve supplier audits, requests for carbon data, and sometimes requirements to set reduction targets. In some cases, suppliers may be asked to join initiatives like the Carbon Disclosure Project or align with frameworks like the Science Based Targets initiative. Therefore, businesses should anticipate similar requests from other large customers, not just Schneider Electric.

Additionally, circular design commitments are beginning to affect procurement specifications. Businesses sourcing electrical components, switchgear, or automation equipment may encounter products designed for longer life, easier repair, or higher recyclability. This can reduce total lifecycle costs and improve environmental performance, but it may also require changes to maintenance practices, spare parts management, or end-of-life handling.

Energy efficiency gains and customer emissions savings

The reported 50 million tonnes of customer emissions savings in the first half reflects the operational performance of Schneider Electric’s products during use. This figure includes avoided emissions from energy efficiency improvements, renewable energy integration, and optimised industrial processes. For businesses using these systems, the benefit appears in reduced energy consumption, lower utility bills, and improved carbon performance.

For example, a manufacturing site using Schneider Electric’s EcoStruxure platform for energy monitoring and control would see real-time data on electricity use, enabling targeted efficiency improvements. Similarly, a commercial building equipped with smart HVAC controls and lighting systems would consume less energy than a comparable building with conventional systems. These savings translate directly into Scope 1 and 2 reductions for the end user.

Importantly, these gains are measurable and verifiable. Businesses can track energy consumption before and after implementing new systems, providing evidence for carbon reporting and supporting claims in tender responses. This is particularly valuable for companies competing for public sector contracts, where demonstrating carbon reduction progress is increasingly a qualification criterion.

However, realising these savings requires proper implementation, commissioning, and ongoing optimisation. Simply installing new equipment does not guarantee the full potential benefit. Businesses need to ensure systems are configured correctly, staff are trained to use monitoring tools, and performance is reviewed regularly. Without these steps, efficiency gains may fall short of projections.

Tracking your own supply chain emissions accurately

Schneider Electric’s disclosure practices offer a useful benchmark for businesses developing their own carbon reporting. The company publishes data across all three scopes, uses a consistent baseline year, and updates progress regularly. This approach supports transparency and enables year-on-year comparison, which is essential for credible reporting.

For UK SMEs, adopting similar practices means selecting a baseline year, defining scope boundaries clearly, and collecting data systematically. Scope 1 and 2 emissions are typically easier to measure because they relate to direct energy use and purchased electricity. Scope 3 is more complex because it involves estimating emissions across the value chain, including suppliers, logistics, and product use.

Nevertheless, improving Scope 3 data quality is becoming essential. Businesses responding to PPN 06/21 must report a carbon reduction plan covering all three scopes. Similarly, companies preparing for mandatory climate disclosures under future UK regulations will need robust Scope 3 methodologies. Therefore, starting with spend-based estimates and progressively improving data quality through supplier engagement is a practical approach.

One method is to request carbon data from key suppliers, starting with the highest-spend categories. This mirrors the approach used in programmes like the Zero Carbon Project, where large buyers engage suppliers to improve data quality and set reduction targets. For SMEs, this may involve asking suppliers for product-level emissions data, lifecycle assessments, or environmental product declarations. Over time, this builds a more accurate picture of embedded emissions in purchased goods.

Another consideration is using industry-average emissions factors where supplier-specific data is unavailable. The UK government publishes conversion factors covering a wide range of goods and services, enabling businesses to estimate emissions based on spend or activity data. While these factors are less precise than supplier-specific data, they provide a defensible starting point for initial reporting.

Where to find further guidance and technical resources

Businesses looking for detailed guidance on Scope 3 accounting should consult PPN 06/21 and related government resources, which set out the requirements for carbon reduction plans in public procurement. The Greenhouse Gas Protocol provides the internationally recognised standard for corporate carbon accounting, including detailed guidance on Scope 3 categories and calculation methods.

For sector-specific support, the Institute of Environmental Management and Assessment offers training and resources on environmental reporting and carbon management. Additionally, the Science Based Targets initiative provides frameworks for setting emissions reduction targets aligned with climate science, which can support credibility in reporting and procurement contexts.

Businesses seeking practical support with carbon reporting, Scope 3 inventory development, or supplier engagement can explore structured programmes designed for UK SMEs. These typically include data collection support, methodology development, and guidance on meeting procurement requirements.