In this white paper we will discuss the battery management for different types of batteries. Battery management systems are an accepted feature in Li-ion battery applications, but their use with other types of batteries is discussed much less. In this white paper we will discuss whether battery management systems can be useful for other types […]
About Paul Padilla Cazar
This author has yet to write their bio.Meanwhile lets just say that we are proud Paul Padilla Cazar contributed a whooping 17 entries.
Entries by Paul Padilla Cazar
The report summarizes the work done for the development of different virtual test bench models. The objectives of such model are the capability to model the complete vehicle for different scopes, like energy management purpose or battery management system (BMS) control calibration / validation. D1.3 – Deliverable Report. Other deliverables can be found and downloaded from Results […]
This report summarizes achievements on the Model Order Reduction to find the most suitable implementation of physicochemical models in embedded systems such as microcontrollers used for Battery Management Systems. D1.2 – Deliverable Report. Other deliverables can be found and downloaded from Results / Deliverables page this website.
This document is an endeavor to define and specify standard BMS functionalities and tests to verify/validate them. D6.7 – Deliverable Report. Other deliverables can be found and downloaded from Results / Deliverables page this website.
This white paper addresses the topic of cell balancing, especially how balancing strategies can be evaluated regarding their specified goal. First, the actual need for cell balancing is discussed. Subsequently, different balancing goals are defined, depending on the energy storage application. Finally, a balancing strategy is derived, which is suitable for most applications. D8.10 […]
In this white paper we address a topic that is often given too little attention, when discussing balancing. Most scientific papers on this topic deal with different electrical schemes to maximize the balancing current. However, another important aspect of balancing is deciding which current to apply to which cell: this is the so-called balancing strategy. […]
The report summarizes the activities and achievements of work package (WP) 1 regarding the “Cell level detailed modelling” task (Task 1.1). Over the first two years in the EVERLASTING project, different experimental methods were applied on electrode/electrolyte and cell level of the INR18650-MJ1 lithium-ion cell, which is the project cell of the EVERLASTING project. The […]
In this white paper we will discuss SoH estimation and the information gained through cell testing. We start from the definition of SoH, elaborate on the types of ageing and the cell tests that arepe rformed within EVERLASTING. Finally, we discuss SOH algorithms and the need for SOH prediction. D8.8 – White paper 05: Cell […]