本文探讨交通-能源-材料（交能材）融合发展的系统对策。首先，指出交能材融合过程中面临的三大关键挑战：电网承载压力，材料供应链风险，以及系统间运行的时间尺度错配。其次，为应对上述挑战，借鉴免疫系统原理，将交能材融合系统类比为有机生命体，提出了一套多层次、自适应的发展策略。政策层面，主张构建分层防御与动态学习相结合的治理架构，实施前瞻性产业政策，完善供应链风险监测与干预机制。系统规划方面，主张推动基础设施向分布式智能节点转型，建立预测性监测体系，提升系统预见能力。技术开发层面，主张着力推进材料多元替代与精细化回收技术，夯实资源闭环与系统自主性根基。为应对实践挑战，商业模式上，需构建协同价值网络，推行材料循环合约与服务化转型；制度治理上，应建立跨部门统一框架，落实全生命周期责任；技术层面，需搭建数据互操作体系，实现能量流与材料流的协同控制；融资机制上，要实现风险共担与长期收益保障；社会公平维度，需完善利益分配、参与式规划与劳动力转型策略，构建包容性融合生态。最后，从政策、技术及示范应用方面给出了相关建议。

This paper examines systematic countermeasures for Transport-Energy-Materials(TEM) integration. Firstly, it identifies three major challenges in the integration process: mounting pressure on power grids, vulnerabilities in material supply chains, and temporal misalignments in the operational cycles of these systems. Secondly, to address the aforementioned challenges, drawing on principles from immune systems and using the analogy between the TEM system and a living organism, the paper proposes an adaptive, multi-level development strategy. At the policy level, it advocates for the establishment of a governance structure that integrates layered risk prevention with dynamic learning, implements forward-looking industrial policies, and improves supply chain monitoring and intervention mechanisms. In terms of system planning, it advocates promoting infrastructure to evolve into distributed intelligent nodes, establishing a predictive monitoring system, and enhancing the system's foresight capability. At the level of technological development, it advocates focusing on promoting diversified material substitution and precision recycling to support closed-loop resource management and enhance systemic autonomy. To address practical challenges, it is necessary to build a collaborative value network in terms of business models, implement material circulation contracts and service-oriented transformation; establish a unified cross-sector framework in institutional governance to fulfill full life-cycle responsibilities; construct an interoperable data system at the technical level to achieve collaborative control of energy flow and material flow; ensure risk-sharing and long-term benefit guarantee in financing mechanisms; improve benefit distribution, participatory planning, and labor force transformation strategies in the dimension of social equity to build an inclusive and integrated ecosystem. Finally, this paper provides relevant recommendations in terms of policy, technology, and demonstration applications.