The University of Auckland

Project #15: Efficiency of a H2 PEM Fuel Cell Combined Heat and Power System

Back

Description:

A typical low-temperature PEM fuel cell is around 55% electrically efficient. 45% ~ 60% of the energy generated in the fuel cell is wasted as heat. A combined power and heat (CPH, also called cogeneration) system of a fuel cell can elevate the overall energy efficiency to 60 % ~90% depending on the type of fuel cell and the heat recovery facility.

Our lab has a 5kW fuel cell and an ORC heat recovery system to build a CPH system. The project goal is to test and evaluate the overall energy efficiency improvement of a commercial PEMFC combined with waste heat recovery rig.

Type:

Undergraduate

Outcome:

 

-          Theoretical calculation of the energy distribution (electrical and thermal) of the 5 kW PEMFC.

-          Build a simulation of the CPH (5 kW PEMFC + ORC) &  evaluate the efficiency of the CPH and improvement compared to the PEMFC

-          Assist commissioning the 5 kW PEMFC under the supervision of a research fellow and technician

-          (Optional) Characterisation of the 5 kW FC: thermal + electrical measurement

 

Prerequisites

None

Specialisations

Categories

Supervisor

Co-supervisor

Team

Lab

No lab has been assigned to this project