An introduction to and an overview of the state-of-the-art of energy systems models of ships is presented. An example of a generic, holistic and dynamic energy systems model is introduced and its components and their interactions are discussed. Examples from different stages of a ship’s lifecycle, from main dimension variation to speed profile improvements, are shown. Employing the results from these examples, it is discussed how this type of model can help solving the challenge of finding suitable design targets with respect to energy-efficient ship design and operation
We continue the development of an overall architectural model for an all-electric ship using a physi...
This paper includes a part of the findings of an international research project, called HEMOS, funde...
Energy requirements push the shipping industry towards more energy-efficient ships, while environmen...
A ship at sea is a complex energy system operating in an ever changing environment. In order to anal...
There is an evironmental and econimical motivated need to reduce the fuel consumption and air emmiss...
This article summarises related work undertaken by the EC-funded Research Project TARGETS, which foc...
AbstractThe project focusses on the integration of energy saving technologies in the early design st...
Forecasts show a doubling of the world’s transportation needs until 2050. Shipping today accounts fo...
This chapter discusses the role and practical aspects of energy modeling in modern ship design proje...
There is a wide selection of methods and models that can be used to predict and monitor energy utili...
Ship energy efficiency is becoming more and more attractive to ship owners, builders and researchers...
The last years have been particularly challenging for the shipping industry. Fuel prices have increa...
To reduce the environmental impact of modern cruise ships, a crucial role is played by the recovery ...
This paper presents a comprehensive literature review of the state-of-the art modeling and optimizat...
Global maritime industry is heading challenges due to constantly increasing bunker oil prices and ti...
We continue the development of an overall architectural model for an all-electric ship using a physi...
This paper includes a part of the findings of an international research project, called HEMOS, funde...
Energy requirements push the shipping industry towards more energy-efficient ships, while environmen...
A ship at sea is a complex energy system operating in an ever changing environment. In order to anal...
There is an evironmental and econimical motivated need to reduce the fuel consumption and air emmiss...
This article summarises related work undertaken by the EC-funded Research Project TARGETS, which foc...
AbstractThe project focusses on the integration of energy saving technologies in the early design st...
Forecasts show a doubling of the world’s transportation needs until 2050. Shipping today accounts fo...
This chapter discusses the role and practical aspects of energy modeling in modern ship design proje...
There is a wide selection of methods and models that can be used to predict and monitor energy utili...
Ship energy efficiency is becoming more and more attractive to ship owners, builders and researchers...
The last years have been particularly challenging for the shipping industry. Fuel prices have increa...
To reduce the environmental impact of modern cruise ships, a crucial role is played by the recovery ...
This paper presents a comprehensive literature review of the state-of-the art modeling and optimizat...
Global maritime industry is heading challenges due to constantly increasing bunker oil prices and ti...
We continue the development of an overall architectural model for an all-electric ship using a physi...
This paper includes a part of the findings of an international research project, called HEMOS, funde...
Energy requirements push the shipping industry towards more energy-efficient ships, while environmen...