考虑电-气混合储能的海上微能系统(offshoremicro integratedenergysystem,OMIES)是一个涉及多能源多时空尺度的复杂系统,由供能系统(energysupplysystem,ESS)和石油生产系统(oil production system,OPS)两大部分构成,采用伴生气和电能...考虑电-气混合储能的海上微能系统(offshoremicro integratedenergysystem,OMIES)是一个涉及多能源多时空尺度的复杂系统,由供能系统(energysupplysystem,ESS)和石油生产系统(oil production system,OPS)两大部分构成,采用伴生气和电能协调储能。基于能源集线器(energy hub,EH)以及憥分析法,针对海上微能系统中的伴生气储库(associated gas storage,AGS)以及OPS中的特殊元件,提出了能量物质转换矩阵用以描述其输入输出的关系。进一步,对海上微能系统进行了标准化矩阵建模,并在此基础上建立了其供能系统和石油生产系统联合优化调度模型。最后通过算例验证了标准化矩阵模型的可行性,以及基于该模型的优化调度策略的有效性。展开更多
The Wilson coefficients of the standard model effective field theory are subject to a series of positivity bounds.It has been shown that while the positivity part of the ultraviolet(UV)partial wave unitarity leads to ...The Wilson coefficients of the standard model effective field theory are subject to a series of positivity bounds.It has been shown that while the positivity part of the ultraviolet(UV)partial wave unitarity leads to the Wilson coefficients living in a convex cone,further including the nonpositivity part caps the cone from above.For Higgs scattering,a capped positivity cone was obtained using a simplified,linear unitarity condition without utilizing the full internal symmetries of Higgs scattering.Here,we further implement stronger nonlinear unitarity conditions from the UV,which generically gives rise to better bounds.We show that,for the Higgs case in particular,while the nonlinear unitarity conditions per se do not enhance the bounds,the fuller use of the internal symmetries do shrink the capped positivity cone significantly.展开更多
文摘考虑电-气混合储能的海上微能系统(offshoremicro integratedenergysystem,OMIES)是一个涉及多能源多时空尺度的复杂系统,由供能系统(energysupplysystem,ESS)和石油生产系统(oil production system,OPS)两大部分构成,采用伴生气和电能协调储能。基于能源集线器(energy hub,EH)以及憥分析法,针对海上微能系统中的伴生气储库(associated gas storage,AGS)以及OPS中的特殊元件,提出了能量物质转换矩阵用以描述其输入输出的关系。进一步,对海上微能系统进行了标准化矩阵建模,并在此基础上建立了其供能系统和石油生产系统联合优化调度模型。最后通过算例验证了标准化矩阵模型的可行性,以及基于该模型的优化调度策略的有效性。
基金supported by the Fundamental Research Funds for the Central Universities(WK2030000036)the National Natural Science Foundation of China(12075233).
文摘The Wilson coefficients of the standard model effective field theory are subject to a series of positivity bounds.It has been shown that while the positivity part of the ultraviolet(UV)partial wave unitarity leads to the Wilson coefficients living in a convex cone,further including the nonpositivity part caps the cone from above.For Higgs scattering,a capped positivity cone was obtained using a simplified,linear unitarity condition without utilizing the full internal symmetries of Higgs scattering.Here,we further implement stronger nonlinear unitarity conditions from the UV,which generically gives rise to better bounds.We show that,for the Higgs case in particular,while the nonlinear unitarity conditions per se do not enhance the bounds,the fuller use of the internal symmetries do shrink the capped positivity cone significantly.
