Control predictivo cooperativo de entornos energéticamente eficientes

In this paper is developed an analysis and study of modeling strategies, control and optimization of field-based Model Predictive Control (MPC) that will achieve an efficient energy management in campus environments, technology park or district where maximize the use of renewable energies. The problem consists of different levels of control, as they must make decisions about the end use of the available energy and therefore are different objectives to fulfill (minimize fuel use, economics aspects, etc.). This leads to a hierarchical control problem to be addressed including technical as economic MPC and MPC cooperative and distributed. An study of the state of the art is presented about formulations, techniques and strategies for optimal cooperative MPC economic management of interconnected power systems

Stability of equilibrium solutions of a double power reaction diffusion equation with a Dirac interaction

In this paper we provide detailed information about the instability of equilibrium solutions of a nonlinear family of localized reaction-difussion equations in dimensione one. Beyond we provide explicit formulas to the equilibrium solutions, via perturbation method and we calculate the exact number of positive eigenvalues of the linear operator associated to the stability problem, which allow us to compute the dimension of the unstable manifold.Comment: 16 pages, 3 figure