High power wireless electric power communication network , sensor network channel cross mapping can realize layered management and improve anti-jamming performance .In traditional methods , using more for sex-ual frame distribution adjustment method is to achieve high power wireless power sensor network channel cross map -ping , easy to cause the wireless power sensor network node channel frequency shift , the data communication packet loss is bigger .A forward based on the data link channel estimate of the high power wireless power sensor network cross mapping mechanism .Building a node model , data transmission for high-power crossover network model is built and channel model building , the sensor node is divided into several clusters , to build wireless power sensor network , optimizing the node coverage , computing power cross network channel data forwarding link forward im-pulse response function , realizes the network channel cross mapping mechanism for the improvement .The simula-tion results show that this model can effectively improve the success rate of data forwarding , the stability of the data collection increased by 10%, ensure a higher success rate of communication , and power consumption reduced by 24%, channel cross mapping can realize hierarchical management , improve anti-jamming performance , perform-ance is superior to traditional methods .%大功率无线电力传感网络通信组网中，信道的交叉映射可以实现分层管理和提高抗干扰性能抑制。传统方法中，采用多因性的时帧分布调节方法是实现大功率无线电力传感网络信道交叉映射，容易导致无线电力传感网络节点出现信道频移，数据通信丢包较大。提出一种基于数据转发链路估计的大功率无线电力传感网络信道交叉映射机制。构建节点数据传输模型，进行大功率交叉网络模型构建和信道模型构建，把传感器节点划分为多个簇，构建无线电力传感网络，实现节点优化覆盖。计算大功率交叉网络信道的数据转发链路转发冲激响应函数，实现网络信道的交叉映射机制改进。结果表明，该模型能有效提高数据转发成功率，数据收集的稳定性提高了10％，保证有较高的通信成功率，且功耗减少24％，信道的交叉映射可以实现分层管理，提高抗干扰性能抑制，性能优越传统方法。
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