TheMulti-powerSupplyEqualizationSystemBasedonRISC-VWANGXinhui1，ZHAOGang1*，WANGLike1，GONGXiaoyang1，ZHANGBin2（1.NorthAutomaticControlTechnologyInstitute，Taiyuan030006，China；2.TheSecondMilitaryDelegationOfficeLocatedinTaiyuanofBeijingMilitaryDelegationBureau，Taiyuan030006，China）Abstract：TheFirecontrolcomputersrequirethepowerdistributionunittosupplyaccurate，stableandreliablepowersupply，withthecontinuousdevelopmentoftheinformatizationofweaponequipment.Throughtheresearchandlocalizationrealizationoftheloadbalancingalgorithmofthepowersupplymodule，amulti-powersupplyequalizationsystembasedonRISC-Visdesigned."1+N"distributedmasterandslavemulti-powermodulesareusedforpowersupplyredundantly，withtheindependentandcontrollableRISC-VchipGD32VF103RBT6asthecore，thetraditionalPIDcorrectioncontrolstrategyisoptimizedtomaketheoutputvoltagestableandtorealizecurrentsharing，andtorealizemulti-modulecommunicationbyCANbusserialcommunication，andtosolvethecurrentbackflowproblemcausedbyhot-plugginginpracticalapplications.Throughsimulationandphysicalconstruc-tion，itisverifiedthatthesystemmeetstheaccurate，stableandreliablerequirementsforoutputvoltageofthepowersupplyunit.Themulti-powersupplyequalizationsystemgreatlyimprovesthestabilityandreliabilityoftheweaponsystem.Keywords：powersupplyequalization；RISC-V；PIDcontrol；parallelcurrentsharingCitationformat：WANGXH，ZHAOG，WANGLK，etal.Themulti-powersupplyequalizationsystembasedonRISC-V［J］.FireControl&CommandControl，2023，48（5）：177-183.收稿日期：2022-09-15修回日期：2022-10-28作者简介：王鑫慧（1996—），女，山西晋中人，硕士研究生。研究方向：系统工程。通信作者：赵刚（1974—），男，山西阳泉人，研究员。研究方向：武器控制系统。摘要：随着武器装备信息化不断发展，火控计算机要求配电单元供电准确、稳定、可靠，通过对电源模块负载均衡算法的研究和国产化实现，设计了一种基于RISC-V的多电源均衡系统。采用“1+N”分布式主、从多电源模块进行冗余供电，以自主可控的RISC-V芯片GD32VF103RBT6为核心，优化传统PID修正控制策略，使得输出电压稳定并实现均流，...
