@article{GENERAL,
      author = {Chuan, H and Chaderton, D and Southall, M},
      url = {http://library.imarest.org/record/7687},
      journal = {Conference Proceedings of INEC},
      title = {Integration of energy storage system on naval platforms},
      abstract = {Integrating energy storage systems (ESS) into marine  vessels could add benefits to the overall power system,  such as providing support to mitigate blackout events,  increasing heavy pulsed load capability or improving the  propulsion system dynamics, improving the efficiency of  diesel generators, etc. In this paper, the capabilities and  limitations of Lithium Ion battery, Nickel Zinc battery,  and Supercapacitors are discussed. Overall, Lithium ion  battery has a higher energy density and it is a more mature  technology, but it may suffer from thermal runway issue.  Nickel Zinc battery has a better fault tolerant capability  and a higher safety level, however, it has a lower maturity  and cycle life. Supercapacitor has a much higher cycle life  and power density, but it suffers from low energy density  which limits the functionality. Furthermore, the power  converter topologies are discussed. The transient stability  of the power system, with and without ESS is presented; a  pulsed load application is used as an example herein. When  a pulsed load is added to the power system, the voltage and  frequency of the system will fluctuate during the transient  state, which may lead to the power system exceeding the  limit defined by the class society. The performance of the  power system is investigated in the Matlab/ Simulink  environment, where the simulation model is built based on  an existing vessel. The simulation results show that the  voltage and frequency modulation can be suppressed under  the STANAG-1008 limit when ESS is integrated to the power  system, which is more effective than increasing the Diesel  Generator size or increasing the rotor inertia. Finally,  the required capacity of each ESS to meet the pulsed load  requirement is assessed, where the weight and dimension of  the ESS are estimated.},
      number = {GENERAL},
      recid = {7687},
      address = {2020-10-05},
}