Design and Implementation of Power Management System Utilizing Supercapacitors for Hybrid Vehicles
Journal: International Journal of Scientific Engineering and Technology (IJSET) (Vol.3, No. 8)Publication Date: 2014-08-01
Authors : Marc Angelo Z. Amador; Marc Anthony C. Lina; yz G. Aquino; Filipe A. Gutteres; Alfredo U. Ganggangan; Angelo A. Beltran Jr.;
Page : 1074-1077
Keywords : Power Management System; Supercapacitors; Hybrid Vehicle;
Abstract
This paper presents the design and implementation of the power management system utilizing supercapacitors for the hybrid vehicle. The researchers develops a system that has monitoring and cell balancing using a microcontroller board which controls, monitors, and charges the battery efficiently to avoid overcharging. The system uses a generator to charge the supercapacitor utilizing it for the electric motor. The supply was in single phase form and it uses step-up transformer with 48V volts switch-mode power supply. Before storing the energy gathered from the generator, the battery will undergo for cell balancing to ensure that all battery pair are equal to each other. The power management system in the project balances the supercapacitors that are connected in series.
Other Latest Articles
- STUDY ON PSYCHOLOGICAL-BASED EFFECTIVE TEACHING-LEARNING PROCESS AND CLASSROOM MANAGEMENT IN TECHNICAL AND VOCATIONAL INSTITUTIONS
- FINANCIAL MARKET INTEGRATION OF MIDDLE EAST AND NORTH AFRICAN (MENA) COUNTRIES
- A STUDY OF OCCUPATIONAL STRESS ON JOB SATISFACTION AMONG TEACHERS WITH PARTICULAR REFERENCE TO CORPORATE, HIGHER SECONDARY SCHOOL OF NEPAL: EMPIRICAL STUDY
- DEVELOPING SOFT SKILLS IN MALAYSIAN POLYTECHNIC STUDENTS: PERSPECTIVES OF EMPLOYERS AND STUDENTS
- IMPACT OF INVESTMENT IN CORPORATE SOCIAL RESPONSIBILITY ON FINANCIAL PERFORMANCES OF SOME FINANCIAL INSTITUTIONS LISTED IN DHAKA STOCK EXCHANGE
Last modified: 2014-09-29 19:22:47