Green Innovation
We drive green innovation through eco-design and component reuse, leveraging carbon footprint analytics to achieve measurable circular economy goals.
Embedding data-backed sustainability into every hidden structural detail.
Server Chassis Eco-Design
Embossing Reinforcement Technology: Maximum Carbon Reduction, Uncompromised Rigidity
Driven by the net-zero emission mandates of modern data centers, server chassis design has evolved from simple hardware housing into a critical frontier for decarbonization.
Traditional methodologies often rely on the "thickness equals strength" fallacy, resulting in excessive weight and a high embodied carbon footprint. Our proprietary Embossing Reinforcement Technology successfully disrupts these limitations:
- Coexistence of Extreme Lightweight Design and Rigidity: Through precise structural physics, our embossed architecture increases the moment of inertia while reducing sheet metal thickness. This ensures superior structural integrity even with a 15%–20% reduction in raw material usage—saving up to 12kg of steel on a standard 80kg chassis.
- Low-Carbon Supply Chain Transformation: This innovation does more than lower material costs; it directly reduces carbon emissions by approximately 15%, achieving the ultimate equilibrium between high-performance computing and ESG goals.
Modular Circularity: Redefining Sustainable Performance
In response to rapid data center hardware cycles, our "Design for Recycling" philosophy transforms server chassis into a core engine for the circular economy：
- Modular Life Extension: Precision design enables rapid component upgrades and disassembly, fundamentally extending product lifecycles and converting hardware into reusable resources.
- WEEE-Compliant Recovery: Strictly adhering to EU WEEE standards, we optimize end-of-life sorting and minimize maintenance waste to achieve a "Zero Waste" objective.
Resource Resilience: By maximizing component universality, we eliminate manufacturing redundancies and deliver an environmentally resilient hardware infrastructure.
Green Materials Innovation:
ISO 9001-Supported Low-Carbon Supply Chain
Sustainability metrics are now the core of server hardware value. We integrate environmental commitment into standardized R&D, merging high-performance computing with a minimal ecological footprint.
- Green Design Guide: By implementing our Green Design Guide and ISO 9001 framework from the R&D stage, we ensure recycled materials meet high-reliability standards, eliminating concerns over material stability.
- Low-Carbon Supply Chain: We strategically increase the use of recycled steel and plastics, reducing Scope 3 carbon footprints through source reduction.
- Plastic-reduced packaging: Beyond the chassis, we utilize recycled EPE and 100% paper-based/pulp-molded solutions, ensuring logistics align with global decarbonization trends.
Circular Packaging & Component Reuse
In the competitive landscape of server hardware, sustainability metrics are now a core pillar of product value. We translate environmental commitments into standardized R&D, merging high-performance computing with a minimal ecological footprint.
- Holistic Low-Carbon Packaging: We develop 100% paper-based cushioning and plastic-free solutions. By integrating recycled materials, we maximize waste reduction while ensuring premium protection during server transit.
- Wooden Crate & Pallet Recovery: We have established a robust circular logistics mechanism for wooden crates and pallets, achieving the dual goals of environmental protection and cost efficiency through reuse.
- Circular Memory Solutions: By reintegrating rigorously validated memory modules into our systems, we extend component lifecycles and significantly reduce raw material consumption, providing data centers with a sustainable deployment alternative.
Carbon Emission Calculations for Product Carbon Reduction
(2024 Sustainability Report)
