About Container power generation parameters
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About Container power generation parameters video introduction
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6 FAQs about [Container power generation parameters]
How to choose a power system for electric propulsion in a container ship?
Economic feasibility provides significant information for selecting technological alternatives. After the EEDI calculation, the result of economic analysis is the next consideration to choose an appropriate power system for electric propulsion in a large container ship.
What is a ship generator & how does it work?
The generator is designed for the safe operation of the ship and reefer container energy supply. There’s a huge amount of energy lost by the cooling system and exhaust gas: up to 65% of total energy consumed. There is considerable potential for waste heat recovery on container vessels.
How many kW does a COGES generator generate?
The existing COGES generates 54,018 kW of electric power in total. Two gas turbines consuming 2.86 kg/s of LNG produce 42,261 kW at an atmospheric temperature of 35 °C. Because the exhaust gas is at 463 °C, the HRSG (heat recovery steam generator) recovers the waste heat source for power generation in a closed Rankine cycle.
What is medium size container vessel energy?
This paper aims to analyze medium size container vessel energy based on the data collected from the sample ship during two regular voyages. The analysis covers the exergy and energy balance of the main components. Container vessels consume the most fuel of the largest fuel oil consumers as they have the most powerful engines.
How can container shipping achieve net-zero 2050?
The container shipping industry continuously pursues eco-efficient marine power systems to follow the path of Net-zero 2050. A cryogenic liquefied gas may be considered for sustainable shipping; for example, because hydrogen gas has no carbon content it can considerably reduce CO 2 in exhaust gases from the marine power system.
What is the life-cycle cost of a container ship?
The life-cycle cost is the sum of CAPEX (capital expenditure) for an ownership cost and OPEX (operational expenditure) for an operating cost of a large container ship in economic analysis. The CAPEX of 20,000 TEU-class containers ship is normally 160 million USD where a marine power plant approximately accounts for 20% of the CAPEX [ 34 ].