A highly versatile battery charger is a desirable appliance for the home or office. With a plethora of batteries
in the market, each with their own optimum charging profile and special requirements, typical battery chargers
fail to cater for the needs of each battery type. Hence several different battery chargers are required in order
to charge the various batteries used in our daily lives.
A battery charger needs to be able to adapt to a wide range of applications. Ideally, it should be small, lightweight,
and highly-efficient. In order to compete in today’s highly competitive consumer electronics market the retail cost
of the charger should be minimal. Hazard prevention features and ease of use are also essential to cater for a wide market.
Topic A of the 2007 Future Energy Challenge attempts to achieve such a universal battery charger. By undertaking this challenge
undergraduate students are given the opportunity to work with leading-edge technology in a team-based environment.
This allows the students to gain practical skills relating to real-world technical problems while becoming a valuable
team member incorporating academic ability with interpersonal skills. This diverse opportunity is not available through
an electrical engineering degree, and hence is invaluable.
The Monash University team are proposing a leading-edge solution that will significantly reduce the number of specialist
chargers in a typical household. The students participating in this challenge welcome this opportunity to apply their
developing knowledge of power electronics to a practical application, and are already enjoying the intellectual challenge
and camaraderie that has been encountered so far.