The Field communication module mainly used the CAN controller SJA1000 and the transceiver 82C250 to achieve the collection and send information of lower energy and power;
现场通信模块通过CAN控制器SJA1000和收发器82C250来实现对下层电量和功率信息的采集和发送；
Based on this, the best energy transmitting power which can make the largest network life is gained, and a policy is put forward to prolong network life and keep a high rate of data collection.
采用更精确的分析方法，给出使得网络总能量消耗最小，网络寿命最长时的缓冲区位置与能量发射级别参数的选取方法。
The platform has been successfully applied to develop energy management system, substation management system, power system stability control system, DMS system, electric energy collection system.
该支撑平台已被成功地应用于调度自动化系统、监控系统、稳控系统、DMS系统、电量系统的开发和实施。
The platform has been successfully applied to develop energy management system, substation management system, power system stability control system, DMS system, electric energy collection system.
该支撑平台已被成功地应用于调度自动化系统、监控系统、稳控系统、DMS系统、电量系统的开发和实施。
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