Javier Cubas Cano

发表

Accurate Simulation of MPPT Methods Performance When Applied to Commercial Photovoltaic Panels

Angel Pedro Sanz Andres, Santiago Pindado Carrion, Javier Cubas Cano, 2015 .

Explicit Expressions for Solar Panel Equivalent Circuit Parameters Based on Analytical Formulation and the Lambert W-Function

Santiago Pindado Carrion, Javier Cubas Cano, Carlos de Manuel Navío, 2014 .

The UPMSat-2 Satellite: an academic project within aerospace engineering education

Gustavo Alonso, Angel Pedro Sanz Andres, Santiago Pindado Carrion, 2017 .

Analytical models for Li-ion batteries developed at theIDR/UPM Institute

Santiago Pindado Carrion, Javier Cubas Cano, Ángel Luis Porras Hermoso, 2019 .

Vibrations loads in the process of designing scientific spacecraft payloads

Javier Cubas Cano, Felix Sorribes Palmer, Fermín Navarro Medina, 2013 .

ITIHand: A Real System for Palmprint Identification

Roberto Paredes, Javier Cubas Cano, Ismael Salvador, 2017 .

On the thermo-electric modelling of smallsats

Santiago Pindado Carrion, Javier Cubas Cano, Alejandro M. Gómez-San-Juan, 2020 .

Research-based learning: Projects of educational innovation within MUSE (Master on Space Systems) academic plan

Angel Pedro Sanz Andres, Santiago Pindado Carrion, Javier Cubas Cano, 2020 .

On the simulation of the UPMSAT-2 microsatellite power

Santiago Pindado Carrion, Javier Cubas Cano, Carlos de Manuel Navío, 2014 .

Analytical calculation of photovoltaic systems maximum power point (MPP) based on the operation point

Santiago Pindado Carrion, Javier Cubas Cano, Felix Sorribes Palmer, 2017 .

MUSE (Master in Space Systems), an advanced master’s degree in space engineering

Gustavo Alonso, Angel Pedro Sanz Andres, Santiago Pindado Carrion, 2016 .

CDF as a tool for space engineering master's student collaboration and concurrent design learning

Santiago Pindado Carrion, Javier Cubas Cano, Elena Roibás-Millán, 2018 .

Some developments on cup anemometer aerodynamics

Santiago Pindado Carrion, Javier Cubas Cano, 2014 .

Implementation of Concurrent Engineering in MUSE (Master in Space Systems) Master's degree in space engineering

Gustavo Alonso, Angel Pedro Sanz Andres, Santiago Pindado Carrion, 2018 .

STK in the Master in Space Systems (MUSE)

Santiago Pindado Carrion, Javier Cubas Cano, Felix Sorribes Palmer, 2016 .

The spanish contribution to the 1st ESA academy's concurrent engineering challenge : design of the moon explorer and observer of water-ice (meow) mission

Santiago Pindado Carrion, Javier Cubas Cano, Felix Sorribes Palmer, 2018 .

Aerodynamic Analysis of Cup Anemometers Performance:The Stationary Harmonic Response

Angel Pedro Sanz Andres, Santiago Pindado Carrion, Javier Cubas Cano, 2013 .

The design and implementation of the UPMSAT-2 Attitude Control System

Javier Cubas Cano, Jorge Garrido Balaguer, Juan Rafael Zamorano Flores, 2017 .

AN ELASTIC REGISTRATION METHOD FOR QUALITY CONTROL OF TEXTILE PRINTING

Joaquim Arlandis, Roberto Paredes, Javier Cubas Cano, 1999 .

On the Analytical Approach to Present Engineering Problems:Photovoltaic Systems Behavior, Wind Speed Sensors Performance, and High-Speed Train Pressure Wave Effects inTunnels

Santiago Pindado Carrion, Javier Cubas Cano, Felix Sorribes Palmer, 2015 .

On the harmonic analysis of cup anemometer rotation speed:A principle to monitor performance and maintenance statusof rotating meteorological sensors

Santiago Pindado Carrion, Javier Cubas Cano, Felix Sorribes Palmer, 2015 .

New method for analytical photovoltaic parameters identification: meeting manufacturer’s datasheet for different ambient conditions

Santiago Pindado Carrion, Javier Cubas Cano, Carlos de Manuel Navío, 2014 .

The Cup Anemometer, a Fundamental Meteorological Instrument for the Wind Energy Industry. Research at the IDR/UPM Institute

Santiago Pindado Carrion, Javier Cubas Cano, Felix Sorribes Palmer, 2014 .