Study on Strategies for Designing Solar Battery Charger

Yu Chuan Jiang; Fang Quan Yang; Bao Gang Sun

doi:10.4028/www.scientific.net/AMM.321-324.431

Paper Titles

Research on the Performance of MSM Gan Ultraviolet Photoelectric Detector
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A RFID Reader Design and Complication Based on MFRC531 Chip
p.412

Design of Data Transmission System Based on FPGA and USB 2.0
p.417

The Chip Design of Resistance Type Humidity Readout Circuit which Include the Temperature Compensation Function for Greenhouse Application
p.423

Study on Strategies for Designing Solar Battery Charger
p.431

Quantum Dots Luminescence Materials and its Applications in Display Devices
p.435

The Simulation of PbSe Quantum Dots Luminescent Solar Concentrator Based on GoldSim Software
p.439

Fabrication of a Polymeric Ridge Waveguide Filter Using a Replication Process
p.443

Design and Application of an In-Line Measurement System for Polarization Parameters
p.447

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 321-324Study on Strategies for Designing Solar Battery...

Study on Strategies for Designing Solar Battery Charger

Abstract:

So far, all known charge control algorithm have failed as they commonly falsely detect overcharge at random times in the charging and leave the battery partially charged. In traditional charging environments, the current is controlled to a desired value and the thresholds are calculated for this specific value. The goal of this paper is to propose adequate algorithms that would improve the battery charging. New solutions that address the specific problem for modular solar panels are developed in this paper.