Abstract: To minimize the environmental impact of logistics activities, Schneider Electric has introduced the world’s first end-to-end green logistics ecosystem model. This model features a three-tier architecture consisting of a foundational layer, capability layer, and application execution layer. Through the implementation of lean capabilities and innovative automation, combined with breakthroughs in digital technology, Schneider Electric has effectively surmounted six significant barriers hindering the transition from traditional logistics to green logistics. Through collaborative efforts with partners in the supply chain, Schneider Electric is actively promoting the green development of logistics.

Challenge

Logistics — the sole conduit for goods — inflicts mounting damage on natural resources and ecosystems as production scales and goods circulate at ever-higher frequency: emissions, noise pollution, rising energy intensity, mounting waste, single-use packaging, and sprawling warehouse footprints with declining resource efficiency. Excluding manufacturing, over 80% of the product journey is spent in warehousing, transport, packaging, and handling. Yet logistics cannot be eliminated and its harm cannot be fully erased; the only viable path is to build a green, high-efficiency operational system without inflating costs. Scientifically reconciling carbon reduction with resource maximization is the shared challenge facing all enterprises and the entire logistics sector.

Solution

Schneider Electric has built the world’s first end-to-end green logistics ecosystem structured across three layers — foundation, capability, and application — enabling all value chain partners to collaborate within a single framework, with six 2025 targets: green packaging (100% recycled cardboard for primary and secondary packaging, zero single-use plastics); green transport (15% annual CO₂ reduction); green warehousing (four zero-carbon logistics centers, >85% space utilization); green energy (100% renewable electricity); zero waste (from waste to resource program); and green culture (at least one green event per month, 100% employee training). 

Green packaging: Standardized packaging SKUs from 300+ to 36, consolidated suppliers from 100+ to under 10, and accelerated the 5R transition (Recycle, Reuse, Reduce, Replace, Remove) in partnership with manufacturers, packaging suppliers, and customers. By 2021, 100% of paper packaging was green-certified, single-use plastic fell 35%, green packaging completion reached 84%, saving over 3,500 tCO₂ and more than RMB 1 million in costs. 

Green transport: Carrier consolidation from 60+ to under 10, merged transport operations across 23 factories and 7 logistics centers, NEV/NG/hybrid truck coverage across 10+ cities (50+ targeted by 2025), big-data route optimization with load factor improvements and regional consolidation hubs, air freight capped below 3% with cross-border road and sea alternatives, and a digital control tower for real-time monitoring — delivering over 5,000 tCO₂ savings and a >5% transport cost reduction. 

Green energy & warehousing: The EcoStruxure energy management platform’s three-layer architecture, combined with IIoT, enables real-time energy monitoring and automated efficiency controls; cloud-based power advisors ensure system stability; digital twin modeling optimizes consumption; rooftop solar plus grid green-power procurement now supply 63% of energy from clean sources (32% solar + 31% green electricity), cutting carbon by 400 tonnes and improving energy efficiency 15%. Two zero-carbon logistics centers have been built in Shanghai and Wuhan, with >95% warehouse utilization, >90% storage slot utilization, and over 20,000 m² of land saved. Waste and end-of-life management has saved over 500 tCO₂ with millions of RMB in recovered value.

Impact & Value

Decarbonization results: By 2023, China logistics had cut over 10,000 tCO₂, improved energy efficiency over 10%, sourced over 68% of energy from clean sources, and reduced warehousing footprint by more than 20,000 m², generating direct and indirect economic value exceeding RMB 10 million. Ecosystem partners have collectively saved tens of thousands of tonnes of carbon and millions of RMB in value, with some clients improving logistics efficiency by over 15%. 

System innovation: The three-layer ecosystem model — foundation (7 pillars: sustainability planning, KPI systems, data governance, information security, big data platform, infrastructure, automation), capability (4 domains: lean logistics, digital intelligent logistics, green culture, ecosystem innovation), and application (7 dimensions, 31 solutions) — is a global first, enabling full value chain collaboration on green transformation and delivering over 10,000 tCO₂ of reductions while maintaining high-quality, high-efficiency logistics and preserving partner economics — a win-win for sustainability and cost. 

Recognition: 11 consecutive years on Corporate Knights’ Global 100 Most Sustainable Corporations, 11 consecutive years on the Dow Jones Sustainability World Index, and 8 consecutive years in the Gartner Supply Chain Top 25 (fourth year in the top 5). 

Professor Du Huanzheng (Director, China Renewable Resources Industry Research Center) recognized Schneider Electric’s pioneer status in sustainable packaging; Professor Wu Jingfei (Shanghai University) praised the system’s deep integration of sustainability and economic returns; the China Environmental Protection Federation and Xintonglian Chairman Cao Wenjie also offered strong endorsements.